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Evidence register

34 bounded BERM v17 records and 150 extended catalogue entries across 13+ pathways and 490+ peer-reviewed studies.

Calcium · redox · hormone production

One receiving state, several routes to hormone production

Calcium signalling, redox reserve and cellular maintenance meet at cholesterol supply and StAR-mediated mitochondrial transport. BERM connects field experiments and component interventions through these measured biological stages. Local hormone production then joins the existing hormone-availability and tissue-response pathway.

The direct CaMKI–NUR77–StAR branch and the RORα–BMAL1 clock branch converge on steroidogenesis while retaining their own evidence.

Qin et al. (2018)iMartin et al. (2008)iGao et al. (2018)i
Explore the shared mechanism and its studies

From individual studies to the whole explanation

The convergence overview connects the studies through the quantities they measure and the transitions they support. This register retains the individual records and the extended catalogue for closer inspection.

Explanatory level
Physics → biology → behavior → civilization locates the phenomenon in the model. It describes the order of explanation, not a ranking of certainty.
Origin of the conclusion
Distinguish a stated premise, a consequence derived from it, a measured finding and a synthesis that connects several findings.
Role of the study
Identify the measured link, study design and biological system. Then ask whether the result informs structure, direction, magnitude, timing or transfer to another setting.
Evidence overview and convergence →Principles of inference →Reading guide →

Two registries, two version numbers. The 34 bounded records follow the FieldState v2 measurement specification and attach to named nodes of the BERM v17 causal graph; each states its field class, directness, translation scope and calibration role. The 150 extended catalogue entries are the earlier A–F pathway bibliography, kept for source-level review and carried over to the same graph nodes where the source permits. "v2" is the version of the measurement specification; "v17" is the version of the model whose country predictions are published.

How to read this register

  1. 01A field signature can support a measurement variable such as background vector, angle, spectrum or envelope; it does not establish human fertility effects.
  2. 02A cellular or animal experiment can support a mechanistic intermediate or organ endpoint within its stated conditions; it is not automatically a human population estimate.
  3. 03A review locates a body of literature. A population timing result is descriptive unless matched FieldState, endpoint and confounding controls are present.
  4. 04No record below is a TFR coefficient. A country TFR pathway requires the separate ASFR and demographic terms in the model specification.

Reading evidence: Standard vs. BERM interpretation

Each finding is compared with specific mechanisms and the measurements that distinguish them. BERM retains nulls, protective effects and adverse effects as separate constraints; a missing background measurement is a data gap, not an automatic correction.

STANDARDBERMWeak field → No effectWeak field → Amplified at membraneNo dose-response → No mechanismWindow effect → ResonanceMixed results → InconclusiveUncontrolled moderators → Predictable

01Study finds no significant EMF effect

Standard interpretation

No detectable difference for this endpoint under the tested contrast; inspect precision and protocol.

BERM interpretation

Compare absolute sham levels, measured field/background and receiver history. Saturation predicts impaired baseline with reduced increment; adaptation predicts improved challenge tolerance; a true null remains possible.

02Study finds EMF effect at high SAR only

Standard interpretation

The tested high-dose effect needs thermal and nonthermal mechanisms separated.

BERM interpretation

Test temperature-matched dose and amplitude windows in the same system. A high-dose effect neither establishes nor excludes an effect at a lower dose.

03WHO systematic review rates certainty as 'moderate'

Standard interpretation

Certainty belongs to a specified endpoint, population and exposure range.

BERM interpretation

Keep corrected estimates and sensitivity analyses together. In the corrected male-fertility reconstruction, excluding the high-SAR study after risk-of-bias restriction changed the not-pregnant OR from 1.68 to 1.32, with the latter interval including 1; litter size was a separate endpoint.

04GDP correlates with TFR better than EMF proxy

Standard interpretation

A proxy association needs a causal model of development, exposure and reproductive opportunities.

BERM interpretation

State competing graphs before adjustment. GDP can proxy common causes, mediate a pathway or affect reproductive opportunities; its role is not fixed by its correlation with electrification.

05Study shows positive EMF effect (e.g. ROS increase)

Standard interpretation

Specify whether a ROS or calcium change is a signal, damage or a functional benefit.

BERM interpretation

Measure the proximal response, repair and final function separately. Report the observed sign and magnitude; a protective result is not reclassified as harm or automatically inflated for an unmeasured baseline.

06RPM cannot explain effects at telecom frequencies

Standard interpretation

Carrier-frequency constraints apply to the specified radical-pair mechanism.

BERM interpretation

Define how a receiver obtains a slow driver from the recorded signal. An RF envelope is not itself an ELF magnetic component. Compare window and alternative mechanisms against difficult CW-positive/GSM-null observations.

07TFR prediction CI exceeded

Standard interpretation

Model is wrong. Predictions failed.

BERM interpretation

Three possibilities: (a) model overestimates, (b) exogenous compensation (immigration, IVF, policy), (c) CI too narrow. Discriminating tests exist for each.

True effect100%vs. assumed reference1234515+ identified biases attenuate observed effectObserved~20-40%Same study → different conclusion depending on assumed bias model
  • 1Lab baseline
  • 2Control contam.
  • 3SAR threshold
  • 4Publication bias
  • 5Mediator adj.

Standard interpretation

  • Null result = no effect
  • High SAR only = thermal
  • GDP > EMF proxy
  • Linear dose-response
vs

BERM interpretation

  • Contaminated control group
  • Window effect (Adey/Blackman)
  • GDP = bad control (Pearl 2009)
  • Non-monotonic response

Why directional attenuation requires a second model

Several identified design and interpretation mechanisms can move an estimated EMF effect toward zero: exposure misclassification, contaminated baselines, mediator adjustment, mismatched windows and publication or model-selection rules. Their joint direction does not by itself prove a cognitive cause. It does create a separate explanatory target. BERM composes limited access to causal antecedents, motivated reasoning and omitted-variable structure into a testable account of why downstream narratives can be preferred to an unmeasured biological state. [L*]

The account predicts two discriminating results: evidence thresholds should change when identical results receive different causal framings, and measured biological state should add out-of-sample information beyond reported reasons and socioeconomic controls. Failure of both predictions rejects this extension. [L*]

Read the derivation and test design →

Thematic evidence pages

Detailed analyses where individual studies are synthesized into mechanistic arguments. Each narrative synthesizes published findings; none establishes a population-level causal coefficient.

Combined exposures

Contraception, clothing and phone fields: receiving state, material transfer and shared biological pathways.

→

Therapeutic Device Paradox

26 FDA-approved non-thermal EMF devices vs. ICNIRP's 'no effect' assumption. The logical contradiction at the heart of EMF regulation.

→

Pharmacological Evidence

Intervention profiles distinguish channel, calcium, clock and repair processes under defined protocols. Clinical effects and field-specific contrasts retain separate evidence.

→

Infant Vulnerability & SIDS

The resonance threshold: Q-factor physics (GABA excitatory → undamped oscillator), Japan/Hong Kong three-protections paradox, 8 pharmacological pathways, neurodevelopmental impact spectrum, 12 predictions.

→

Neurological Spectrum: Epilepsy, Migraine, Cluster Headache

One Q-factor mechanism, four neurological disorders: SIDS, epilepsy/SUDEP, migraine (CSD), cluster headache. López-Martín validation, pharmacological cross-map, psilocybin tryptamine reset.

→

Evidence Chain: Photon → Population

A cross-scale audit separating direct component evidence, composed convergence and open bridges. The proposed feedback network is testable; it is not one fully verified photon-to-population mechanism.

→

Converging BERM Patterns

Seven cross-source syntheses show how independent methods converge on the same endocrine, CRY, Vmem, calcium, mTOR and susceptibility control points.

→

Heavy Metal × EMF Synergy

Cd²⁺ permeates Cav3.1, Pb²⁺ mimics Ca²⁺ at CaM, MeHg increases T-type currents. Pineal gland calcification (PGC) as convergent mechanism. Five metals, one VGCC entry pathway.

→

Klimentidis Paradox

Three Ca²⁺ mechanisms explaining cross-species obesity

→

Triple Strikes: Convergent Destruction

Three triple blows — testosterone, fertility, and cognition each attacked via three independent routes simultaneously. Convergent destruction through one upstream mechanism.

→

Walker Chain: Sleep → T → Collapse

The complete causal chain from EMF to testosterone decline via sleep is now closed. Seven verified branches form a self-amplifying loop.

→

Gut-Brain Axis: The Second Barrier Falls

Circadian disruption → Per2↓ → gut barrier↓ → LPS → neuroinflammation. The gut barrier uses the same tight junction proteins as the BBB.

→

IF Channel: Lighting & Display Transition

LED switch-mode power supplies, spermatogenesis connection, and the VDT precedent. The overlooked intermediate-frequency channel.

→

Disease Cascade: Ion Channel Convergence

Ionic hierarchy, skin battery, ADHD calibration, and 8 diseases traced to one ion channel model.

→

Blood-Brain Barrier & Neurodegeneration

BBB tight junction disruption, Alzheimer's calcium upstream hypothesis, and the hospital EMF hypothesis.

→

Circadian Disruption, Sleep & Recovery

Melatonin bridge, sleep deprivation as mediator, recovery window elimination, and behavioral suppression.

→

Population & Epidemiological Evidence

COVID lockdown natural experiment, electrification boundary, Kaiser Permanente series, and mobile phone paradox.

→

Human Magnetoreception & CRY Pathways

CRY/RPM magnetoreception, pulse resonance, melatonin PRISMA review, and differential susceptibility.

→

Ecological & Sentinel Evidence

Electroecology across taxa, weather radar effects on wildlife, and the universal plant CRY mechanism — from masting synchrony to lettuce flowering. Cross-species validation of BERM mechanisms.

→

The Northern Package

How three co-selected traits — blue eyes, lactose tolerance, and high geomagnetic latitude — optimized one molecule (CRY). Vitamin D explains 2/3; CRY explains 3/3.

→

Nutritional CRY Modulation

How B2, omega fatty acids, and fasting dynamics control cryptochrome function. 6 evidence cards, 3 predictions.

→

Evolutionary Origins: The Northern Package

How co-selection of blue eyes, lactose tolerance, and cattle husbandry created the population most sensitive to EMF. 5 χ scales, 6 population profiles, 5 predictions.

→

Natural Control Groups: 9 Low-EMF Communities

Systematic comparison of pre-industrial and technology-refusing populations. Tsimane→Mosetén dose-response gradient, myopia five-level gradient, 11/16 disease cascades confirmed.

→

Historical Convergence

11 independent observers across 647 years converged on the same civilizational decline patterns. From Ibn Khaldun (1377) to Shanna Swan (2021), BERM provides a biological mechanism for what they observed.

→

Resolution of the Replication Crisis

Why EMF biology seems inconsistent, Blackman's five confounds, and the five-parameter standard that resolves 50 years of contradictory results.

→

Technology-Specific Exposure

14 technology profiles from power grid to Starlink. ELF priming hypothesis, superadditivity model, temporal correlations, and Why 2012.

→

Autism as BERM Prototype

ASD unites three independently verified BERM mechanisms — GABA switch delay, synaptogenesis, and KCC2 suppression — into a single neurodevelopmental outcome.

→

Chronic Pain Epidemic

ELF-priming upregulates α2δ-1 expression — the primary neuropathic pain mechanism — creating chronic pain WITHOUT nerve injury.

→

Epigenetic Legacy

EMF alters DNA methylation, histone modification, and microRNA — mechanisms that may transmit effects to unexposed F3 offspring.

→

Hidden Thyroid

EMF reduces hypothalamic Dio2/Dio3 deiodinase enzymes. Standard thyroid tests appear normal — FT3/FT4 ratio reveals the hidden deficiency.

→

ADHD: The Second Prototype

ADHD unites three BERM mechanisms — DA deficit in PFC, myelination delay via Cav1.2, and E/I shift — into the second neurodevelopmental prototype after ASD.

→

Four Neurodegenerations

Alzheimer's, MS, Parkinson's, and ALS each attack a different cell type through Ca²⁺-dependent mechanisms. Same cascade, four manifestations.

→

The Allergy Epidemic

Mast cell degranulation is Ca²⁺-dependent. EMF creates a quadruple sensitization cascade explaining the dramatic increase in allergy prevalence.

→

Vitamin D: Nature's Channel Blocker

Vitamin D downregulates CACNA1C/1D mRNA — the same VGCCs EMF activates. The 10th BERM moderator explains individual EMF sensitivity variation.

→

The Reproductive Arc

From fertilization to first year of life, every critical reproductive stage depends on Ca²⁺ channels. Nifedipine — a Ca²⁺ blocker — is first-line treatment at multiple stages.

→

Five Natural Ca²⁺ Modulators

Vitamin D, melatonin, magnesium, lithium, and caffeine — five endogenous or dietary substances that modulate the same VGCC channels EMF activates.

→

Amish: The Missing Control Group

Old Order Amish reject most electrical technology. Their disease rates provide the closest approximation to a zero-EMF control group in a modern Western population.

→

Counter-Evidence: An Honest Assessment

Five categories of evidence that appear to contradict BERM, and the model's response to each — from null studies to WHO reviews.

→

Testosterone: timing and the reproductive cascade

Documented testosterone decline precedes later national TFR decline episodes in Finland, the US MMAS comparison and Israel. New hormone, behavior and fertility studies constrain the cascade; a common causal lag remains unestimated.

→

Superposition Violation

A 172-study combined-exposure catalogue motivates BERM's non-additivity test. The observations alone do not demonstrate Lindgren geometry or derive a biological L2 coupling.

→

Reproductive Navigation

Nine calcium-dependent steps from sperm production to fertilization — every one EMF-vulnerable, with CatSper as the irreplaceable master channel and no biological backup.

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Heliobiology

A century of evidence linking solar activity to biological outcomes — and the CRY/RPM mechanism that explains it.

→

ISS as Hypomagnetic Experiment

The International Space Station as an unintentional validation of BERM's cryptochrome spin susceptibility (chi_B) prediction. Circadian delay, melatonin decline, immune suppression — all converging on CRY/RPM.

→

Space Weather and Biology

Three space weather phenomena — Schumann resonance, Pc1 micropulsations, and geomagnetically induced currents — connect heliobiology to the CRY/RPM mechanism.

→

The Laschamp Excursion

When Earth's magnetic field collapsed to 6% of normal 42,000 years ago — the ecological consequences validate BERM's magnetic susceptibility prediction.

→

Solar Cycle & Geomagnetic Biology: The 11th Convergence Line

Keep two quantities distinct: χ_geo(x) is the restricted L1 geometric coefficient, with any measured field requiring the open normalization x=N(z); χ_B is an imported L3 CRY/RPM spin-response candidate. Solar-cycle observations bear on χ_B and its downstream pathway, not directly on χ_geo or the open L0→L2 operator.

Key research evidence

AuthorsYearFindingMechanism
Randall1990/199311-year birth rate periodicity detected in 7 countriesPopulation endpoint
Skjærvø et al.2015Pre-industrial Norway (1676–1878, N=8,662): individuals born at solar maximum lived 5.2 years shorterLifespan endpoint
Burch et al.1999Geomagnetic disturbance → reduction in melatonin metabolite (6-OHMS) excretionMelatonin suppression
Weydahl et al.2001Melatonin suppression effect strongest at 70°N (auroral oval)Latitude gradient
Ferrari et al.2015Bee homing losses 2.7× on geomagnetic storm daysCRY navigation
Selås2004r² = 0.84 correlation: moth abundance vs. sunspot numberEcological endpoint
Chizhevsky192280% of 2,500 historical mass movements cluster around solar maximaBehavioral endpoint

Statistical results

Bandpass 8–14 yr: r = +0.58 (p < 0.0001) USA birth rate; r = +0.81 in 1960–2000 sub-window

First-difference: Δ-SSN vs Δ-CBR r = +0.20 (p = 0.032) at lag 0

Monte Carlo p = 0.997 — prediction-consistent direction confirmed by randomization test

Direction reversal 1998: r_before = +0.21 (1933–1997), r_after = −0.55 (1998–2022). The sign change coincides with the RF-saturation transition.

Statistical visualizations

Periodogram — USA CBR 1909-202395% significance11.4 yr581114172000.250.50.751Period (years)Spectral power
Bandpass 8-14yr: CBR vs SSN (inverted)CBR (filtered)SSN (inv.)r = +0.58, p < 0.0001192019401960198020002020YearCBR (bandpass)
First-difference: ΔCBR vs ΔSSNR = -0.20, p = 0.032Negative slope confirmed-30-1501530-15015ΔSSN (sunspot change)ΔCBR (birth rate change)
Monte Carlo Null Distribution (N = 10,000)Observedr = 0.58p < 0.001-0.4-0.20.00.20.40.60150300450600Null correlation (r)Count
Direction Reversal at 19981933-19971998-2022r = +0.21r = -0.55Sign change coincides with RF-saturation transition
Era-specific Bandpass Correlation+0.421909-1960***+0.811960-1998***-0.551998-2023***-0.6-0.30.00.30.60.9Correlation (r)Era
TFR vs SSN — Reversal Prediction TestSC25 rampTFRSSN201520172019202120231.61.71.81.90306090120YearTFRSSN
Superposed Epoch: CBR around Solar MaxSolar maxDip at epoch 0Mean response95% CI shaded-4-2024-0.4-0.20.00.20.4Years from solar maximumCBR anomaly (z-score)
Loading empirical data...

SAMA: The Natural Control Experiment

The South Atlantic Magnetic Anomaly (SAMA) is a region where Earth’s magnetic field is approximately 24 µT — roughly half the normal ~50 µT. This naturally weakened field creates a control experiment in geomagnetic geometry.

ESS 2026 analysis: the solar wind–violence correlation that holds across most latitudes REVERSES in Brazil and Uruguay — exactly the populations under the SAMA. Where geomagnetic geometry changes, biological response inverts.

The Northern Package: Three Traits, One Molecular Target

Three traits co-selected in Northern European populations converge on a single molecular target — cryptochrome (CRY):

  1. 1. Iris pigmentation → measured retinal light dose → χ_optical (the dose is the input, not a transmission multiplier)
  2. 2. Lactose tolerance → B2/FAD dietary supply → CRY cofactor stability → χ_molecular
  3. 3. High geomagnetic latitude → strong ambient field → χ_geomagnetic

The vitamin D hypothesis explains 2 of 3 traits (light-colored eyes and high latitude select for UV absorption). The CRY hypothesis explains all 3 — including the otherwise anomalous linkage of lactose tolerance to eye color.

Deep-Time Confirmation: Dendrochronology

The solar cycle is not a modern phenomenon. Tree-ring records confirm its continuous operation across geological time:

  • Luthardt & Rößler 2018: 290-million-year-old petrified forest shows 10.62 ± 0.08 yr growth cycles — solar periodicity preserved in Permian wood.
  • Brehm et al. 2021: 1,000 years of continuous ¹⁴C tree-ring data independently confirms solar modulation of cosmogenic isotope production.
  • Nature Communications 2025: First millennium BCE confirmation extends the continuous record, closing the gap between ancient and modern solar cycles.

The biological clock that BERM’s χ_B pathway responds to has been running without interruption for at least 290 million years.

Plants Respond to EMF Through the Same Molecule

Same molecule (CRY), same cofactor (FAD), same mechanism (RPM) regulates reproduction in plants (flowering) and animals (melatonin → HPG axis). Plant cryptochrome research provides the cleanest test of the radical-pair mechanism because plants synthesize their own FAD — removing dietary B2 as a confound.

Plant CRY research evidence

AuthorsYearFindingMechanism
Ahmad et al.20207 MHz RF reduces CRY1 response in Arabidopsis — RPM fingerprint in plant cryptochromeRPM direct test
Xu et al.2014500 µT static field enhances CRY phosphorylation in ArabidopsisCRY activation
Xu et al.2015Near-null magnetic field suppresses flowering via CRY pathwayCRY-dependent flowering
Agliassa et al.2018Geomagnetic field modulates CRY-dependent signaling in ArabidopsisCRY signaling
PMC100055102023Wi-Fi frequencies (2.4 GHz) accelerate lettuce flowering timeRF → flowering
Ecological Indicators2023868 MHz RF exposure affects growth and reproduction in 10 wild plant speciesRF → reproduction
Haggerty2010RF background from cell towers associated with decline in nearby aspen seedlingsRF → growth

The B2/FAD Asymmetry: Why Plants Are the Cleaner Test

Plants

PLANTS synthesize their own B2 → FAD supply is endogenous → CRY function depends ONLY on RF disruption → Ahmad 2020’s "relatively minor" effect is a PURE RPM test

Animals

ANIMALS require dietary B2 → CRY function depends on BOTH RF AND B2 status → DOUBLE vulnerability (RF disrupts radical pairs + B2 deficiency starves the cofactor)

Masting: Synchronized Reproduction Across 2,000 km

Masting — the synchronized mass seeding of forest trees — is one of ecology’s most striking coordination phenomena. Trees across continental distances produce bumper seed crops in the same year, then near-zero in others. The synchronization signal must be detectable identically across 2,000+ km.

BERM

CRY2 reads photoperiod, temperature AND geomagnetic field simultaneously. Of these three signals, only the geomagnetic field is effectively identical at 2,000 km scale — photoperiod varies with latitude, temperature varies locally. BERM predicts that the geomagnetic component of CRY2-mediated synchronization is being disrupted by growing RF background, weakening masting coherence.

Masting research evidence

AuthorsYearFindingMechanism
Nature Plants2024Summer solstice acts as a ‘celestial starting gun’ — photoperiod signal triggers synchronized masting across 2,000 km in European beechSynchronization signal
Bogdziewicz et al.2021Masting synchrony is weakening across European forests — attributed to climate change, but BERM alternative: RF background growth disrupts CRY2 geomagnetic sensingSynchrony loss
Ascoli et al. (Nature Comms)2017NAO teleconnections correlate with masting — but relationships are non-stationary (change over time), suggesting an additional variableNon-stationary correlation

If CRY2 integrates photoperiod + geomagnetic field for masting synchrony, then growing anthropogenic RF should progressively decouple trees from the geomagnetic signal — predicting exactly the weakening synchrony that Bogdziewicz 2021 documents.

11 independent research domains

BERM's mechanistic pathways draw on 11 mutually independent research domains. No single domain is sufficient, but their convergence on the same prediction — biological activity of electromagnetic fields — is unlikely by chance.

EMFbio-activityBiophysicsEpidemiologyAnimalCellularClinicalSentinelGeneticsSleepMetabolicReproductiveSolar/Geomagnetic
01

Oncology

TTFields (FDA-approved): 100–300 kHz fields disrupt cell division. Novocure, clinical trials.

02

Orthopedics

PEMF bone stimulators (FDA 1986): pulsed EMF accelerates bone healing. 30+ years of clinical use.

03

Neurology

TMS, tDCS, VNS, DBS: non-thermal EMF devices treat depression, epilepsy, Parkinson's. 160,000+ implanted DBS devices.

04

Quantum biology

Radical-pair/CRY mechanism (RPM): bird magnetoreception via cryptochrome. Sherrard 2018: pulsed EMF produces ROS CRY-dependently.

05

Cell biology

IFO-VGIC (Panagopoulos 2025): ion forced oscillation via voltage-gated calcium channels. Threshold 10⁻⁵ V/m.

06

Non-ionotropic VGCC

Trus et al. 2024 (Hebrew U.): VGCC activates intracellular signaling via conformational change WITHOUT ion flux.

07

Entomology

Bee-EMF data: Favre & Johansson 2025, Hallmann 2017, Thielens 2018. Bee piping, insect decline, RF absorption.

08

Parasitology

England 2023: ticks attracted to hosts electrostatically. Biological activity of static fields.

09

Geometric physics

Lindgren 2025 metric premise. The reported 87.5% algebraic correspondence with RPM is a structural comparison, not a derived coupling; BERM's background- and angle-dependent bridge remains a testable L2 proposal.

10

Electroecology

Bristol (Clarke, Robert, England, Mallinson): aerial electroreception, bee electric communication, anthropogenic fields −71% bee landings. Plant CRY: Ahmad 2020 — 7 MHz RF reduces Arabidopsis CRY1 response (RPM fingerprint in plants); Xu 2015 — geomagnetic field regulates flowering via CRY2; Bogdziewicz 2024 — masting synchrony across 2,000 km via summer solstice (CRY2 candidate synchronizer).

Protocol-specific clinical anchor: TheraBionic

TheraBionic constrains one carrier × envelope × channel × organ route. It does not validate BERM's environmental or reproductive transfer.

TheraBionic P1 received FDA Humanitarian Device Exemption approval (H220001) on 26 September 2023 for advanced hepatocellular carcinoma and uses amplitude-modulated radiofrequency fields at 27.12 MHz.

Device

27.12 MHz AM-RF, tumor-specific frequencies

Channel

Cav3.2 (CACNA1H) T-type VGCC

SAR

100–1,000× below

Outcome

14/41 with stable disease beyond 6 months

Level

Direct component — FDA HDE 2023 + peer-reviewed HCC mechanism

Mechanism

Jimenez et al. (2019) reported Cav3.2-dependent calcium influx and differentiation in HCC models under the specified protocol. This is direct component evidence for that system, not proof of a universal BERM tissue kernel.

SAR comparison

The reported low-SAR protocol shows that a specified non-thermal exposure can be biologically active in this system. Relative SAR alone does not transfer its dose, sign or endpoint to another waveform, organ or population.

Calcium channel blocker contraindication

The FDA label advises against use with L- or T-type calcium-channel blockers unless therapy is modified. The label is a protocol constraint consistent with the channel route, not a randomized blocker experiment.

The device is independent component evidence for a protocol-specific Cav3.2 route. Environmental exposure, reproductive tissue and population outcomes require separate transfer and calibration tests.

Testosterone Decline: Cross-Country Evidence

Age-independent secular testosterone decline is documented in five countries across four continents. The pattern is consistent: ~1%/year decline independent of aging, BMI trends, or lifestyle confounders. Critically, studies that found 'no decline' after BMI adjustment are consistent with the mediator model: BMI is on the causal pathway, not an independent confounder, so adjusting for it removes real signal.

CountryStudyNRateTierFinding
USATravison et al. 2007 (MMAS)i1,532−1.0%/yrBMI-independentPopulation-level T decline 1987–2004. Age-independent: a 65-year-old in 2002 had lower T than a 65-year-old in 1987. BMI-adjusted — captures direct pathway only.
USAMazur et al. 2013 (PLOS ONE)i991−0.95%/yrBMI-independentWeight-stable US Air Force veterans lost 117 ng/dL (19%) over 20 years. Excludes obesity as sufficient explanation — the 'smoking gun' for the mediator interpretation.
FinlandPerheentupa et al. 2013i3,271−1.2%/yrBMI-independent37% cohort-dependent T decline (1972–2002). LH and FSH also declined in later cohorts. Finland's TFR collapsed 35 years later.
IsraelChodick et al. 2020i102,334−1.02%/yrBMI-independentLargest single study: 102k men, Maccabi Healthcare. 'Unlikely explained by increasing obesity.' T declining despite Israel's high TFR — Phase 1 of the threshold model.
GlobalSanti et al. 2025 (meta-analysis)i1,064,891p = 0.033BMI-independentLargest meta-analysis ever. Both T AND LH declining independent of age, BMI, and assay method. No BMI temporal trend in this population. 'Ongoing resetting of HPG function.' First to confirm simultaneous T + LH decline.
DenmarkAndersson et al. 2007i5,350null after BMIMediator-consistentDecline disappeared after BMI adjustment. BERM interpretation: mediated pathway dominates in this population — BMI adjustment removes the dominant signal. Consistent with mediator model, not a contradiction.
USANyante et al. 2012 (NHANES)i2,315no decline foundMediator-consistentNHANES 1988–2004. No decline found. May reflect assay change + mediator removal. Does not contradict Travison — different population, different assay, different adjustment strategy.

Causal analysis

BMI can be a mediator, confounder or time-varying consequence, depending on the declared causal graph. Weight-stable cohorts help show that weight change alone is insufficient, but they do not identify an EMF cause or a fixed direct/indirect fraction. Compare competing adjustment sets and report which estimand each addresses.

mean −1.0%/yrUSA (Travison)−1.0Denmark (Andersson)−0.9Australia (Sartorius)−1.2Israel (Levine)−1.4Finland (Perheentupa)−1.0Iran (Darbandi)−0.8Global (Santi)−0.6−1.4−1.2−1.0−0.8−0.6%/yr

If testosterone continues declining at current rates, every country will eventually cross the biological threshold where subfertility becomes the binding constraint on TFR — regardless of cultural or economic factors.

Full threshold model specification →·T→TFR predictions →

Metabolic Syndrome: Six Converging Pathways

Metabolic branches converge through calcium handling, hepatic glucose production, insulin demand and tissue-clock timing. Measure each functional flow and the shared feedback before estimating a field contribution to energy balance; the branches are not six independent causal effect sizes.

AuthorsYearMechanismFindingLevel
Alshammari et al.i20221: AppetiteRF-EMF → hypothalamic disruption → food intake ↑ in humans and ratsE
Chen et al.i20161: AppetiteCa²⁺ activation of ARC glia → AgRP/NPY ↑ → food intake ↑ (direct Ca²⁺→appetite link)E
Maalouf et al.i20232: BAT900 MHz → BAT thermogenesis ↓, mitochondrial activity ↓ (dose-response)E
French groupi20252: BAT5G (3.5 GHz) → PRDM16 −49%, C/EBPβ −32% (brown adipogenesis markers)E
Selway et al.i20123: InsulinGLP-1 activates ERK via L-type VGCC Ca²⁺ microdomain in β-cellsE
Matsui et al.i2011InverseNifedipine (L-type blocker) → weight ↓, PGC-1α ↑ (inverse pharmacological test)E
Haghjoo et al.i2022All44 studies: screen time → overweight OR 1.273 (dose-response)E
Klimentidis et al.i2010All24 populations, 8 species, >20,000 animals ALL gaining weight (p = 1.2×10⁻⁷)E

Alshammari et al. (2022)

1: Appetite

ENutrients

Chen et al. (2016)

1: Appetite

EeLife

Maalouf et al. (2023)

2: BAT

EIJMS

French group (2025)

2: BAT

EIJMS

Selway et al. (2012)

3: Insulin

EPLoS ONE

Matsui et al. (2011)

Inverse

EHypertension Res

Haghjoo et al. (2022)

All

EBMC Primary Care

Klimentidis et al. (2010)

All

EProc R Soc B
Ca²⁺ROSWeightInsulinBATT↓AlshammariChenMaaloufSelwayHaghjooKlimentidisDirectIndirectNot tested

The Klimentidis Paradox

24 populations · 8 species · p = 1.2 × 10⁻⁷

Laboratory animals on controlled diets have been gaining weight for decades. Wild rats in cities are getting fatter. Pet dogs and cats show the same trend. The probability of this occurring by chance across 24 populations and 8 species is p = 1.2 × 10⁻⁷.

Diet is controlled out (lab animals). Exercise is controlled out (lab animals). Genetics are controlled out (inbred strains). Endocrine disruptors (BPA, phthalates) are possible but do not explain wild rats AND lab animals AND pets simultaneously. The only environmental factor that has increased across ALL of these environments is electromagnetic field exposure.

Klimentidis et al. did NOT study EMF. The researchers suggested "as-of-yet unidentified factors." The EMF interpretation is BERM's derivation, not theirs.

EMF → Ca²⁺Appetite↑BAT↓InsulinCortisolSleep↓MicrobiomeCaMKIIMetabolic syndrome24 populations, 8 species — all gaining weight (p = 1.2×10⁻⁷)
CaMKII convergence model →·Metabolic predictions →

CatSper: The Irreplaceable Channel

Young’s human study locates CatSper-dependent hyperactivation as a functional fertilization gate: routine semen parameters can be normal while fertilization fails, and ICSI can bypass the defect. Calcium-dependent sperm production, transport and oocyte activation include other machinery; this result does not make CatSper necessary at every stage or in every species.

CatSper integrates sperm voltage, pH, temperature and progesterone signaling. Its clinical importance is a functional gate: human deficiency can prevent hyperactivation despite normal routine semen parameters. BERM tests whether a recorded field changes the timing of calcium entry and clearance, ATP use and fertilization; a later low calcium value alone does not establish an earlier premature activation. Direct RF gating of human CatSper remains open until a specified field protocol links patch-clamp or matched calcium-response measurements to function.

CATSPER2⁻/⁻ men show abolished progesterone-induced hyperactivation and fertilization failure (JCI 2024i), while NNC55-0396 blocks CatSper-dependent responses (Rennhack et al. 2018i). This establishes necessity and an intervention handle, not equivalence between blocker and EMF exposure.

CatSper-dependent sperm functions are demonstrated in humans and some other lineages, including sea urchins. Conservation does not establish identical machinery or guidance signals in all species; a salmon test first identifies the relevant calcium channels and physiological cues. Submarine-cable comparisons also require local dosimetry and species-specific fertilization endpoints.

Full 9-step reproductive navigation chain →

Evidence tiers

This page presents evidence in two tiers. Bounded records (34) follow the FieldState measurement spec schema: each states its field class, directness, translation scope and limitation. The extended catalogue (150 legacy records) retains the broader bibliography for source-level review but uses a different, looser classification. The two tiers are not comparable in structure or stringency.

Bounded records (FieldState measurement spec)

Each record states its field class, directness, translation scope and limitation. These are the primary evidence entries for the BERM v17 causal route.

Physics signatures

Blackman CF et al. Bioelectromagnetics (1985)i

1985

Changing local geomagnetism shifted the ELF frequencies associated with calcium efflux.

Study design
Controlled in-vitro experiment
Study system
Chick brain tissue
Causal nodes
FieldState vector / background geometry · Ca²⁺–mitochondrial redox intermediate
Field class
ELF electric field with altered local geomagnetic background
Translation scope
Supports background-dependent field-state measurement, not human reproduction or TFR.
Limitations
In-vitro avian tissue; Calcium-efflux endpoint; Historic protocol
Calibration role: Structural only

Ritz T et al. Nature (2004)i

2004

Orientation disruption depended on the relative angle between RF and static background fields.

Study design
Controlled animal orientation experiment
Study system
European robins
Causal nodes
FieldState vector / background geometry · RPM / cryptochrome–redox intermediate
Field class
Oscillating RF magnetic field at a controlled angle to geomagnetic background
Translation scope
Supports a vector/angle signature for radical-pair magnetoreception, not human reproduction.
Limitations
Avian navigation endpoint; No identified human receptor; No fertility endpoint
Calibration role: Structural only

Chae K-S et al. PLOS ONE (2019)i

2019

Food-associated orientation in starved men tracked the modulated field direction under light below 500 nm, and reversed when the vertical component was inverted; blindfolded, longer-wavelength, antiparallel-current and female groups showed no significant orientation.

Study design
Controlled human orientation experiment with wavelength and field-inversion controls
Study system
Food-deprived human adults (20 men, 21 women)
Causal nodes
FieldState vector / background geometry · RPM / cryptochrome–redox intermediate
Field class
Coil-modulated geomagnetic-strength static field under controlled illumination
Translation scope
Supports a wavelength- and inclination-dependent radical-pair receptor in humans; it does not supply an RF exposure-response, a melatonin route, or a fertility effect size.
Limitations
Small sample (n=41); No RF applied — receptor substrate, not disruption; Orientation behaviour rather than a reproductive endpoint; Significant in men only; sex difference may track glucose or motivation; Not replicated; Oct 2019 correction (PLOS ONE 14(10): e0223635) is a misplaced table caption, no data change
Calibration role: Structural only

Shafik, Ibrahim & El-Sayed. Andrologia (1992)i

1992

Reported readings ranked 100% polyester above a 50:50 polyester/cotton blend; cotton had no detected reading in the stated setup.

Study design
Human textile-interface measurement study
Study system
Twenty-one healthy men wearing polyester, blend or cotton underpants
Causal nodes
Static triboelectric material–skin / organism interface
Field class
Triboelectric textile–skin interface; historical physically underdetermined V/cm² reading
Translation scope
Supports a material-dependent human textile–skin static-interface state; the historically reported, physically underdetermined V/cm² cannot convert into Q, V/m or an organ field.
Limitations
V/cm² is not a standard potential, field or charge-density unit; Probe geometry/reference incompletely reported; No reproductive endpoint
Calibration role: Structural only

Dincmen, Hauser & Gursoy. AATCC Journal of Research (2016)i

2016

Untreated polyester retained a large charge for over 2,000 seconds in the stated test; antistatic treatment reduced both magnitude and decay time.

Study design
Controlled textile-material charge generation and dissipation experiment
Study system
Untreated and antistatic-treated polyester and nylon fabrics
Causal nodes
Static triboelectric material–skin / organism interface
Field class
Triboelectric charge generation, surface resistivity and charge-decay measurements
Translation scope
Supports material-treatment and relaxation-time variables in static-interface FieldState, not a skin or reproductive effect.
Limitations
Fabric material test; Specific treatment and climate conditions; No biological endpoint
Calibration role: Structural only

Mechanistic intermediates

Usselman RJ et al. Scientific Reports (2016)i

2016

Field orientation changed radical-pair ROS yield and endothelial bioenergetic readouts.

Study design
Controlled cell experiment
Study system
Human endothelial cells and a radical-pair chemistry system
Causal nodes
FieldState vector / background geometry · RPM / cryptochrome–redox intermediate · Ca²⁺–mitochondrial redox intermediate
Field class
1.4 MHz RF magnetic field with 50 microtesla static field and controlled orientation
Translation scope
Supports a geometry-sensitive ROS intermediate, not organ-specific fertility capacity.
Limitations
Cell culture and chemical model; Endothelial cells; Not a population dose
Calibration role: Structural only

Majewska M et al. ACS Chemical Biology (2025)i

2025

Cry4a associated with lipid bilayers in an ordered manner controlled by membrane physical state.

Study design
Protein–membrane experiment and molecular simulation
Study system
European robin Cry4a and model lipid bilayers
Causal nodes
RPM / cryptochrome–redox intermediate
Field class
Receptor geometry / membrane anchoring study
Translation scope
Supports modelling receptor orientation and membrane state, not a human cryptochrome fertility pathway.
Limitations
Avian protein; Model membrane; No applied exposure or reproductive endpoint
Calibration role: Structural only

Zandieh A et al. Scientific Reports (2025)i

2025

Mitochondrial-potential and ROS responses varied with frequency, including 0.02 and 0.04 Hz conditions.

Study design
Cell experiment with dynamical model
Study system
Cancer cell lines
Causal nodes
Envelope / beat PSD hypothesis · Ca²⁺–mitochondrial redox intermediate · Membrane-potential / mTOR intermediate
Field class
ELF magnetic fields, 0.01–5 Hz and 0–100 mT
Translation scope
Supports testing a state-dependent envelope/resonance feature, not RF network modulation or reproduction.
Limitations
Cancer cell systems; Includes high millitesla fields; No reproductive endpoint
Calibration role: Structural only

Sherrard RM et al. PLOS Biology (2018)i

2018

Field-associated ROS and response-gene changes required cryptochrome in the tested cell systems.

Study design
Controlled cell experiment with cryptochrome loss-of-function
Study system
Human HEK293 cells and mouse embryonic fibroblasts
Causal nodes
RPM / cryptochrome–redox intermediate · Ca²⁺–mitochondrial redox intermediate
Field class
Weak pulsed electromagnetic fields
Translation scope
Informs a CRY-to-ROS bridge in cells, not device-specific gonadal dose or fertility effect size.
Limitations
Cell models; PEMF rather than consumer RF; No reproductive endpoint
Calibration role: Structural only

Cao H et al. International Journal of Environmental Research and Public Health (2015)i

2015

Melatonin and antioxidant rhythm measures varied by RF exposure time in the protocol.

Study design
Controlled animal experiment
Study system
Rats
Causal nodes
RPM / cryptochrome–redox intermediate · Melatonin / circadian-redox mediator · HPA–HPG endocrine intermediate · Oocyte redox / mitochondrial state
Field class
1.8 GHz RF exposure at six time-of-day conditions
Translation scope
Supports a circadian/redox context in FieldState, not human conception or birth rates.
Limitations
Rat model; Single RF protocol; Hormone and antioxidant endpoints
Calibration role: Structural only

Lochhead JJ et al. Journal of Cerebral Blood Flow and Metabolism (2010)i

2010

Oxidative stress increased BBB permeability and altered occludin localization; antioxidant treatment attenuated the change.

Study design
Controlled animal barrier experiment
Study system
Rat blood-brain barrier
Causal nodes
Ca²⁺–mitochondrial redox intermediate · Blood–brain barrier
Field class
Oxidative-stress manipulation, not EMF exposure
Translation scope
Supports a redox-to-tight-junction bridge for the BBB branch; it is not direct EMF evidence.
Limitations
Non-EMF upstream manipulation; BBB rather than reproductive barrier; Animal model
Calibration role: Structural only

Chakraborty P et al. Reproductive Toxicology (2020)i

2020

Oxidative stress accompanied lower BTB junction proteins and adverse sperm endpoints in the model.

Study design
Controlled animal mechanism experiment
Study system
Rat testis and blood-testis barrier
Causal nodes
Ca²⁺–mitochondrial redox intermediate · Blood–testis barrier · Sperm output, function and DNA integrity
Field class
Oxidative-stress manipulation, not EMF exposure
Translation scope
Supports the redox-to-BTB-to-sperm bridge, not direct EMF evidence.
Limitations
Non-EMF upstream manipulation; Animal model; No human fecundability mapping
Calibration role: Structural only

Liu Y et al. Proceedings of the National Academy of Sciences (2014)i

2014

Ovarian Bmal1 disruption impaired progesterone support and implantation in the experimental system.

Study design
Cell-specific genetic animal experiment
Study system
Mouse ovarian steroidogenic cells
Causal nodes
RPM / cryptochrome–redox intermediate · HPA–HPG endocrine intermediate · Ovulatory clock · Luteal and implantation support
Field class
Downstream circadian mechanism, not EMF exposure
Translation scope
Supports the clock-to-steroidogenesis-to-implantation segment, not an EMF-to-Bmal1 effect size.
Limitations
Genetic mouse model; No EMF exposure; Implantation rather than population fertility
Calibration role: Structural only

He C et al. International Journal of Molecular Sciences (2016)i

2016

Melatonin/redox manipulation changed mitochondrial and oxidative-damage markers and embryo-development measures.

Study design
Mouse oocyte and IVF experiment
Study system
Murine oocytes and embryo-development endpoints
Causal nodes
Melatonin / circadian-redox mediator · Oocyte redox / mitochondrial state · Luteal and implantation support
Field class
Downstream redox/melatonin mechanism, not EMF exposure
Translation scope
Supports oocyte redox-resilience state, not direct EMF evidence or a human IVF prediction.
Limitations
Mouse oocytes; Manipulation is not EMF; No population fertility endpoint
Calibration role: Structural only

Šofranková et al. Pathogens (2023)i

2023

Reported exposures produced sex-, intensity- and time-dependent neuropeptide/receptor transcript changes in tick synganglia.

Study design
Controlled radiofrequency exposure and tick synganglion qRT-PCR experiment
Study system
Adult male and female Ixodes ricinus under stated 900 MHz, 2 or 40 V/m exposure conditions
Causal nodes
FieldState vector / background geometry · Species-specific field encounter, sensing, physiology and dispersal
Field class
900 MHz polarized, unmodulated RF electric-field exposure
Translation scope
A separate tick RF-physiology branch, not static attachment, RF resistance, feeding fitness, population growth or a human coefficient.
Limitations
Adult laboratory tick system; Transcript rather than fitness endpoint; Exposure geometry and thermal control matter; No multigeneration outcome
Calibration role: Structural only

Reproductive endpoints

Ayas B & Kocaman A. Human Reproduction / ESHRE 2021 (abstract)i

2021

The abstract reported lower epididymal sperm motility (47.62→34.19%) and intracellular Ca²⁺ (2.46→1.85), but no significant difference in mating score or live-birth rate. CatSper gene-expression analysis was pending.

Study design
Controlled in-vivo rat experiment reported as a conference abstract
Study system
50 male Wistar-Albino rats in five groups; 20 females for mating assessment
Causal nodes
Ca²⁺–mitochondrial redox intermediate · Sperm output, function and DNA integrity
Field class
2100 MHz RF, 1 hour/day for 28 days; amlodipine intervention and controls
Translation scope
Rat sperm endpoints after repeated in-vivo exposure; not human gamete evidence, a selective CatSper intervention or an inferred earlier calcium pulse.
Limitations
Conference abstract, not full peer-reviewed paper; Rat experiment; no human gametes; Single frequency tested; Amlodipine is not CatSper-specific; Non-significant live-birth result is not an equivalence demonstration
Calibration role: Structural only

De Iuliis GN et al. PLOS ONE (2009)i

2009

The exposure system linked increasing SAR with mitochondrial ROS, oxidative DNA damage, lower motility and vitality.

Study design
Controlled in-vitro human sperm experiment
Study system
Purified human spermatozoa
Causal nodes
Ca²⁺–mitochondrial redox intermediate · Sperm output, function and DNA integrity
Field class
1.8 GHz RF-EMR, 0.4–27.5 W/kg SAR
Translation scope
Direct human gamete evidence, but not a population FieldState or TFR estimate.
Limitations
In-vitro sperm preparation; No BTB or whole-organ compensation; Different dose context
Calibration role: Structural only

Yu G et al. Science of the Total Environment (2020)i

2020

Reported delayed sperm/reproductive changes and a Spock3–MMP2 blood-testis-barrier axis; Spock3 inhibition was a rescue arm.

Study design
Controlled adult-rat local-exposure experiment with mechanistic rescue
Study system
Adult rat testes
Causal nodes
FieldState vector / background geometry · Blood–testis barrier · Male germline reserve · Sperm output, function and DNA integrity
Field class
Localized 4G smartphone RF exposure to the scrotal region
Translation scope
Supports a local BTB branch in the model structure, not human transfer or TFR calibration.
Limitations
Rat model; Specific local smartphone protocol; No human exposure-response calibration
Calibration role: Structural only

Meena R et al. Electromagnetic Biology and Medicine (2014)i

2014

Reported redox, testosterone, sperm and DNA-fragmentation changes attenuated in the melatonin arm.

Study design
Controlled animal experiment with melatonin intervention
Study system
Wistar rat testes and semen endpoints
Causal nodes
Ca²⁺–mitochondrial redox intermediate · Melatonin / circadian-redox mediator · Sperm output, function and DNA integrity · Male steroidogenesis
Field class
2.45 GHz microwave exposure, reported SAR 0.14 W/kg
Translation scope
Supports a redox-mediated testis branch and mediator test, not a human prevention recommendation or effect size.
Limitations
Rat model; Protocol-specific intervention; No human fertility endpoint
Calibration role: Structural only

Ahmadi SS et al. Electronic Physician (2016)i

2016

Reported higher follicular atresia and ovarian/oocyte morphological changes after the protocol.

Study design
Controlled developmental animal experiment
Study system
Rat ovaries exposed during intrauterine and postnatal development
Causal nodes
Membrane-potential / mTOR intermediate · Developmental bioelectric memory · Ovarian reserve · Oocyte redox / mitochondrial state
Field class
50 Hz magnetic-field exposure for 8 or 13 weeks
Translation scope
Supports a developmental ovarian-reserve state, not a human reserve-decline estimate.
Limitations
Rat model; Histological endpoints; No human AMH/AFC or fertility calibration
Calibration role: Structural only

Baldini GM et al. Toxics (2025)i

2025

Reported lower progressive motility in mobile-phone and Wi-Fi-repeater conditions than comparator conditions.

Study design
Human-sperm in-vitro laboratory comparison
Study system
Semen samples from 102 healthy males in an IVF laboratory
Causal nodes
FieldState vector / background geometry · Ca²⁺–mitochondrial redox intermediate · Sperm output, function and DNA integrity
Field class
One-hour close-distance smartphone or 2.4/5 GHz Wi-Fi-repeater exposure versus laboratory comparators
Translation scope
Informs local-geometry measurement in a short-term human-sperm setting, not a personal-exposure cohort or TFR estimate.
Limitations
In-vitro semen exposure; Single laboratory and short duration; Comparator design does not establish population exposure-response
Calibration role: Structural only

Calis P et al. Fetal and Pediatric Pathology (2021)i

2021

The exposed offspring group had fewer primordial and secondary follicles and higher atresia in the reported protocol.

Study design
Prenatal controlled rat experiment
Study system
Female rat offspring ovarian histology at postnatal day 42
Causal nodes
FieldState vector / background geometry · Developmental bioelectric memory · Ovarian reserve · Oocyte redox / mitochondrial state
Field class
Smartphone RF exposure during pregnancy
Translation scope
Supports a developmental ovarian-reserve branch distinct from acute ovulation, not human reserve calibration.
Limitations
Rat model; Protocol is not measured human FieldState; Histology rather than adult fertility
Calibration role: Structural only

Yousefi B et al. Reproductive Sciences (2025)i

2025

Primary animal study measured oogenesis, folliculogenesis and neonatal ovarian developmental/hormonal endpoints.

Study design
Maternal-exposure neonatal-rat experiment
Study system
Neonatal Wistar-rat ovaries after maternal phone exposure
Causal nodes
FieldState vector / background geometry · Developmental bioelectric memory · Ovarian reserve · Oocyte redox / mitochondrial state
Field class
Maternal mobile-phone exposure during gestation
Translation scope
Adds a recent developmental female branch; it is a primary rat study, not a human review or direct TFR coefficient.
Limitations
Rat model; Maternal-device protocol; Neonatal endpoints need longitudinal human translation
Calibration role: Structural only

Iolchiev BS et al. Agricultural Biology (2019)i

2019

Reported higher geomagnetic-activity periods alongside changes in ejaculate volume, motility, morphology and DNA fragmentation.

Study design
Observational time-series study
Study system
Ten Holstein bulls and repeated semen samples
Causal nodes
FieldState vector / background geometry · Sperm output, function and DNA integrity
Field class
Natural geomagnetic-activity index
Translation scope
Natural-field sentinel for background-state hypotheses; it does not isolate geomagnetism or generalise to humans.
Limitations
Small animal sample; Observational design; Management and seasonality may confound
Calibration role: Structural only

Shafik A. Contraception (1992)i

1992

Reported reversible azoospermia, seminiferous-tubule changes and static-interface readings; the paper itself proposed electrostatic and thermoregulatory mechanisms.

Study design
Human longitudinal textile-sling experiment
Study system
Fourteen adult men wearing a polyester scrotal sling for 12 months
Causal nodes
Static triboelectric material–skin / organism interface · Sperm output, function and DNA integrity
Field class
Triboelectric textile–skin interface with altered scrotal geometry
Translation scope
Human endpoint anchor for a prolonged textile-interface configuration, not isolated static causality, general clothing effect or TFR coefficient.
Limitations
Small historical study; Static and thermoregulatory components co-occurred; No calibrated Q, V/m, dE/dt or organ transfer
Calibration role: Structural only

Ecological endpoints

England, Lihou & Robert. Current Biology (2023)i

2023

Nymphs crossed short air gaps toward charged host-like targets; polarity independence supported induced polarization, and the modelled geometry exceeded 300 kV/m locally.

Study design
Controlled arthropod electrostatic-attraction experiment with finite-element modelling
Study system
Ixodes ricinus nymphs and host–vegetation geometries
Causal nodes
Static triboelectric material–skin / organism interface · Species-specific field encounter, sensing, physiology and dispersal
Field class
Static host–vegetation air-gap electric fields and field gradients
Translation scope
Direct contact/attachment evidence for the tested tick and geometry, not RF/ELF resistance, population abundance or a human coefficient.
Limitations
Ixodes ricinus nymph system; Attachment rather than population endpoint; Each host/habitat geometry needs measurement
Calibration role: Structural only

Colin et al. Journal of Insect Physiology (1992)i

1992

Charge sign altered mite movement; a negatively charged lure increased contact and climbing in the tested system.

Study design
Controlled ectoparasite behavior experiment
Study system
Varroa jacobsoni as named in the original study (now generally treated as V. destructor in this Apis mellifera pest context) and honey-bee-range charged lures
Causal nodes
Static triboelectric material–skin / organism interface · Species-specific field encounter, sensing, physiology and dispersal
Field class
Static electrical charges matched to the reported host range
Translation scope
Supports a charge-sensitive parasite contact/behavior branch, not colony collapse, population growth or other-field resistance.
Limitations
Historical taxonomic name retained with modern interpretation; Laboratory lure; Contact behavior is not fitness or resistance
Calibration role: Structural only

Mallinson, Woodburn & O'Reilly. iScience (2025)i

2025

AC and positive DC treatments reduced floral landings in the reported paired experiment; negative DC did not show a statistically significant effect.

Study design
Paired field experiment with anthropogenic AC/DC electric-field treatments
Study system
Honeybee floral landing behavior in urban meadows
Causal nodes
Low-frequency electric-field waveform / polarity state · Species-specific field encounter, sensing, physiology and dispersal
Field class
Weak 50 Hz AC and DC aerial electric fields; transmission-line measurements
Translation scope
Component- and polarity-specific pollinator behavior evidence, not a colony-fitness, abundance or general EMF estimate.
Limitations
Single species/context; Landing behavior endpoint; Do not merge AC/DC E-field with RF or magnetic-field hypotheses
Calibration role: Structural only

García-Robledo, Dierick & Manser. PNAS (2025)i

2025

Tested flower mites responded to modulated fields using front-leg sensory structures and bridged a gap to a hummingbird-beak analogue electrostatically.

Study design
Controlled mite behavior, sensory-ablation and electrostatic-transport experiment
Study system
Tropical hummingbird flower mites and host-like electric-field configurations
Causal nodes
Static triboelectric material–skin / organism interface · Low-frequency electric-field waveform / polarity state · Species-specific field encounter, sensing, physiology and dispersal
Field class
Modulated and static electric fields with host-like charge and geometry
Translation scope
Electroreception-plus-transport evidence in a mite life cycle, not a general tick/mite response spectrum or selection estimate.
Limitations
Tropical flower-mite guild; Laboratory host analogue; No multigeneration population outcome
Calibration role: Structural only

Morley & Robert. Current Biology (2018)i

2018

Atmospheric-scale electric fields elicited ballooning behavior and mechanically activated spider sensory hairs in the reported experiments.

Study design
Controlled arthropod behavior and mechanosensory-hair experiment
Study system
Ballooning spiders
Causal nodes
Static triboelectric material–skin / organism interface · Species-specific field encounter, sensing, physiology and dispersal
Field class
Vertical atmospheric-scale static electric fields
Translation scope
Supports an electric-field-to-dispersal behavior branch, not landscape population expansion or built-infrastructure effects.
Limitations
Spider behavior system; Atmospheric field rather than textile interface; Behavior is not a population-growth estimate
Calibration role: Structural only

Systematic reviews

Cordelli E et al. Environment International (2024)i

2024

Reported lower pregnancy rate (moderate certainty) and lower sperm count (low certainty), no litter-size effect (moderate certainty), and very-low certainty for several other pooled endpoints.

Study design
WHO-commissioned systematic review and meta-analysis
Study system
Non-human mammals and human sperm in vitro
Causal nodes
Sperm output, function and DNA integrity · Male steroidogenesis · Couple conception / live-birth capacity
Field class
RF-EMF from 100 kHz to 300 GHz
Translation scope
Review-level context for male reproductive branches, not an individual human exposure study or TFR coefficient.
Limitations
Mostly non-human mammals and human sperm in vitro; Exposure relevance and thermal conditions vary; Pregnancy-rate analysis was later corrected and is sensitive to a high-SAR study
Calibration role: Context only

Cordelli E et al. Corrigendum, Environment International (2025)i

2025

Corrected the pregnancy-rate meta-analysis; the revised result is partly driven by a high-SAR study and becomes non-significant when that study is excluded.

Study design
Correction to systematic-review meta-analysis
Study system
Re-analysis of the 2024 review data
Causal nodes
Sperm output, function and DNA integrity · Couple conception / live-birth capacity
Field class
RF-EMF evidence synthesis
Translation scope
Constrains interpretation of the 2024 review and must accompany it; it is not a population TFR result.
Limitations
Pooled-estimate stability concern; Mainly non-human/experimental evidence; No direct population dose-response
Calibration role: Context only

Naderi N et al. Reproductive Toxicology (2026)i

2026

Identified 88 eligible rodent studies across sperm, oxidative-stress, DNA, apoptosis, histopathology and hormone endpoints.

Study design
Systematic review of rodent experiments
Study system
Rat and mouse spermatogenesis/sperm studies
Causal nodes
Ca²⁺–mitochondrial redox intermediate · Sperm output, function and DNA integrity · Male steroidogenesis
Field class
800–24,000 MHz RF-EMR; reported SAR 0.014–34 W/kg
Translation scope
Supports a multi-endpoint male branch and parameter-search agenda; heterogeneity prevents one biological coefficient.
Limitations
Rodent evidence only; Heterogeneous exposure/dosimetry reporting; No uniform causal interpretation or human TFR coefficient
Calibration role: Context only

Population-descriptive data

BERM reproducibility analysis using UN WPP 2024 ASFR and World Bank/ITU mobile subscriptions (2000–2023)i

2026

Reports an age-cohort contrast consistent with the developmental-memory premise while retaining mobile subscriptions as a timing proxy.

Study design
Versioned reproducible descriptive cohort-proxy analysis
Study system
Country-level WPP ASFR and World Bank/ITU mobile-subscription series
Causal nodes
Couple conception / live-birth capacity · Age-specific fertility (ASFR) · Derived period TFR
Field class
Technology-adoption timing proxy, not physical FieldState
Translation scope
Tests a predicted age/cohort signature, not a causal EMF effect or FieldState-transfer coefficient.
Limitations
Ecological country-level analysis; Versioned scenario weights are not calibrated sensitivity estimates; Subscriptions are not an EMF dose; Development, policy, tempo and demand covary with adoption
Calibration role: Context only

How previously negative findings classify

The classification below applies the BERM reasoning protocol (v1.0) to findings previously read as negative. Reclassification does not mean a finding supports BERM: it means the original test was not discriminating, or did not address the target it was taken to address. The primary branch (pathway B / RPM / cohort effect) remains empirically untested by discriminating tests.

13 findings6 remain5 reclassified2 internal refinement0/13 affect the current empirical BERM · 5 follow-up discriminating tests identified
Class
Scope

Showing 13/13 · CLASSIFICATION_TABLE v1.0

F01 Nokia-era Finland fertility rise

↻ Reclassified
Original
Falsification
Review
Does not discriminate models

BERM cumulative lag model predicts delayed onset; TFR decline began 2010

Discriminating test: In utero cohort tracking (2G-born vs 4G-born ASFR)

Affects: demographic claimsL-BERM: noEmpirical BERM: no

F02 Israel high TFR

↻ Reclassified
Original
Falsification
Review
Does not discriminate models

D-term (cultural demand) is explicit in architecture; internal gradient supports BERM

Discriminating test: Sperm quality comparison: secular Israeli vs Amish (same desired fertility, different EMF)

Affects: demographic claimsL-BERM: noEmpirical BERM: no

F03 Pre-mobile demographic transition

↻ Reclassified
Original
Falsification
Review
Straw man

BERM v6+ separates D-driven decline from Φ-driven; claims post-2000 acceleration only

Affects: nothing in the current modelL-BERM: noEmpirical BERM: no

F04 Nike-BBS monotonic dose-response

↻ Reclassified
Original
L1 χ_geo shape falsified
Review
Underdetermined

L1 χ_geo prediction not preregistered pre-test; R²<1% insufficient power; compatible with both models

Discriminating test: Derive explicit χ(Ā) prediction for radar geometry, test with higher-power dataset

Affects: L-BERM L1 χ_geo shapeL-BERM: yesEmpirical BERM: no

F05 δV_m ≈ 10⁻²¹ V geometric coupling

↻ Internal refinement
Original
Mechanism failure
Review
Internal refinement

Applies to pathway A only; pathway B (RPM) operates at correct scale; led to hierarchy inversion

Affects: pathway A geometryL-BERM: yesEmpirical BERM: no

F06 Lorentzian ghost obstruction

= Remains negative
Original
Soliton layer falsified
Review
Soliton layer falsified

Mathematically proven: π₂=0 for timelike A, ghost energy for spacelike A

Affects: L-BERM soliton layerL-BERM: yesEmpirical BERM: no

F07 VGCC resonance 94-183 GHz

= Remains negative
Original
Mechanism impossible
Review
Mechanism impossible

5 orders of magnitude too fast for protein conformational dynamics; correctly abandoned

Affects: BERM v6–v9 resonance claimL-BERM: noEmpirical BERM: no

F08 Water resonance physics error

= Remains negative
Original
Physics error
Review
Physics error

2.45 GHz water absorption is rotational damping, not amplifying resonance

Affects: BERM v6–v9 documentsL-BERM: noEmpirical BERM: no

F09 Eight fabricated DOIs

= Remains negative
Original
Documentation integrity
Review
Documentation integrity

AI-generated citation hallucinations in early documents; does not affect physics or data

Affects: BERM v6–v9 documentsL-BERM: noEmpirical BERM: no

F10 Cross-sectional r = -0.46

↻ Reclassified
Original
Weak explanatory power
Review
Wrong test

Proxy ≠ dose; attenuation bias compresses r; community data (D-controlled) yields R²=0.999

Discriminating test: FieldState-measured panel with attenuation correction

Affects: demographic claimsL-BERM: noEmpirical BERM: no

F11 Finland density model failure

↻ Internal refinement
Original
Catastrophic failure
Review
Internal refinement

Revealed missing personal-EMF component; led to two-component architecture correction

Discriminating test: Two-component model (ambient + personal) validation

Affects: density-only modelL-BERM: noEmpirical BERM: no

F12 Lindgren 16 premises vs standard 6

= Remains negative
Original
Parsimony problem
Review
Parsimony problem

Valid epistemological concern for L-BERM geometric layer; not a falsification

Affects: L-BERM theory layerL-BERM: yesEmpirical BERM: no

F13 κ coupling and gauge non-invariance

= Remains negative
Original
Consistency problem
Review
Consistency problem

Open theoretical problems in Lindgren's framework; weakens L-BERM derivations

Affects: L-BERM theory layerL-BERM: yesEmpirical BERM: no

Three frequency channels

Each biological pathway maps to one of three frequency channels, defined by two biological cutoffs: f_c ~ 1 kHz (membrane RC) and f_RPM ~ 1 MHz (radical pair coherence).

ELFf < 300 Hz

CRY radical-pair (B) and HPA→HPG (D) via H(f) low-pass filter

FDA: PEMF / TMS / VNS
BD
IF300 Hz – 1 MHz

Intracellular via IFO-VGIC and DEP on mitotic spindle

FDA: TTFields (Optune)
A_mitotic
RF> 1 MHz

VGCC/ROS (A), CRY radical-pair spin chemistry (B) and HPA→HPG (D)

FDA: PRF / Diathermy
ABD

Extended evidence catalogue

150 additional records from the BERM v17 bibliography, retained for source-level review. Each is classified by its legacy pathway, evidence level, and migration status.

AVGIC → Ca²⁺ → ROS → sperm damage

CitationYearEvidence levelNMigration status

Pall ML (2013). Electromagnetic fields act via activation of voltage-gated calcium channels to produce beneficial or adverse effects. J Cell Mol Medi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2013ERepeated component finding / endpoint—Superseded by a curated evidence relation

Pall ML (2018). Wi-Fi is an important threat to human health. Environ Resi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2018ERepeated component finding / endpoint—Migration candidate

Tang J et al. (2024). Proton dynamics in voltage-gated calcium channel selectivity filter. Nat Communi

Candidate evidence for the mapped biological intermediate in the stated system; it does not identify population exposure, couple fecundability or a TFR coefficient.

2024ERepeated component finding / endpoint—Migration candidate

Salford LG et al. (2003). Nerve cell damage in mammalian brain after exposure to microwaves from GSM mobile phones. Environ Health Perspecti

Candidate evidence for the named organ barrier state in the stated system; it does not create a global barrier multiplier or a human reproductive effect size.

2003MMechanistic intermediate—Migration candidate

Yakymenko I et al. (2016). Oxidative mechanisms of biological activity of low-intensity radiofrequency radiation. Electromagn Biol Medi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2016ERepeated component finding / endpoint—Migration candidate

Panagopoulos DJ et al. (2025). Umbrella review of EMF biological effects. Variousi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2025ERepeated component finding / endpoint—Migration candidate

PubMed 41036143 (2025). Ambient conditions and semen quality across COVID periods. Reproductive Sciencesi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2025M|CMechanism + association2672Context only

PMC10804479 (2024). COVID temporarily impairs then recovers semen parameters. Andrologyi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2024M|CMechanism + association85Context only

PMC12540804 (2025). 6-month sperm recovery from COVID. Frontiers in Reproductive Healthi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2025MMechanistic intermediate74Context only

Zhang et al. (2025). China COVID relaxation effect on semen quality. Transl Androl Uroli

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2025M|CMechanism + association—Context only

Lea RG, Byers AS, Sumner RN, et al. (2016). Environmental chemicals impact dog semen quality in vitro and may be associated with a temporal decline in sperm motility and increased cryptorchidism. Scientific Reportsi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2016M|CMechanism + association1925Outside active graph

Hensel B, Schmelz F, Gerstner K, et al. (2025). Temporal trends in semen quality of breeding bulls and boars. Animal Reproduction Sciencei

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2025M|CMechanism + association667125Outside active graph

Becker RO, Selden G (1985). The Body Electric: Electromagnetism and the Foundation of Life. William Morrow & Co.i

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

1985L*Testable theory candidate—Outside active graph

Hydro-Québec survey (cited in Becker, Cross Currents) (1976). Sex ratio shift in children of power station workers. Cited in Becker RO, Cross Currents (1990)i

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

1976L*Testable theory candidate—Outside active graph

Czerski P (1979). Microwave effects on the blood-forming system with particular reference to the lymphocyte. Annals of the New York Academy of Sciencesi

Historical or precursor context retained for provenance; it does not satisfy the current FieldState measurement contract or establish a modern reproductive parameter.

1979L*Testable theory candidate—Historical context

Gandhi OP, Lazzi G, Furse CM (1996). Electromagnetic absorption in the human head and neck for mobile telephones at 835 and 1900 MHz. IEEE Transactions on Microwave Theory and Techniquesi

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

1996ERepeated component finding / endpoint—Migration candidate

Huss A, Egger M, Hug K, Huwiler-Müntener K, Röösli M (2007). Source of Funding and Results of Studies of Health Effects of Mobile Phone Use: Systematic Review of Experimental Studies. Environmental Health Perspectivesi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2007ERepeated component finding / endpoint—Outside active graph

National Toxicology Program (2018). Toxicology and carcinogenesis studies in Hsd:Sprague Dawley SD rats exposed to whole-body radio frequency radiation at a frequency (900 MHz). NTP Technical Report 595i

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2018ERepeated component finding / endpoint—Context only

Falcioni L, Bua L, Tibaldi E, Lauriola M, De Angelis L, Thayer GP, Gnudi G, Mandrioli D, Manservigi M, Manservisi F, Manzoli I, Menghetti I, Montella R, Panzacchi S, Sgargi D, Strollo V, Vornoli A, Belpoggi F (2018). Report of final results regarding brain and heart tumors in Sprague-Dawley rats exposed from prenatal life until natural death to mobile phone radiofrequency field. Environmental Researchi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2018ERepeated component finding / endpoint—Context only

IARC Working Group on the Evaluation of Carcinogenic Risks to Humans (2011). Non-ionizing radiation, Part 2: Radiofrequency electromagnetic fields. IARC Monographs on the Evaluation of Carcinogenic Risks to Humans, Vol. 102i

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2011ERepeated component finding / endpoint—Context only

Blank M, Goodman R (2009). Electromagnetic fields stress living cells. Pathophysiologyi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2009MMechanistic intermediate—Migration candidate

Friedman J, Kraus S, Hauptman Y, Schiff Y, Seger R (2007). Mechanism of short-term ERK activation by electromagnetic fields at mobile phone frequencies. Biochemical Journali

Retracted by Biochemical Journal in 2024. Retained for provenance only: it documents which source the legacy A-pathway narrative once leaned on, and carries no evidential weight for any causal node, endpoint or parameter.

2007MMechanistic intermediate—Retracted (2024) — provenance only

Panagopoulos DJ, Johansson O, Carlo GL (2013). Polarization: A Key Difference between Man-made and Natural Electromagnetic Fields, in regard to Biological Activity. Scientific Reportsi

Theoretical or biophysical premise retained as structural context; it does not by itself establish a biological endpoint or a TFR coefficient.

2013MMechanistic intermediate—Historical context

Lai H, Singh NP (2004). Magnetic-field-induced DNA strand breaks in brain cells of the rat. Environmental Health Perspectivesi

Candidate evidence for the mapped biological intermediate in the stated system; it does not identify population exposure, couple fecundability or a TFR coefficient.

2004MMechanistic intermediate—Migration candidate

Belyaev I, Dean A, Eger H, Hubmann G, Jandrisovits R, Kern M, Kundi M, Moshammer H, Lercher P, Müller K, Oberfeld G, Ohnsorge P, Pelzmann P, Scheingraber C, Thill R (2016). EUROPAEM EMF Guideline 2016 for the prevention, diagnosis and treatment of EMF-related health problems and illnesses. Reviews on Environmental Healthi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2016MMechanistic intermediate—Outside active graph

Miller AB, Sears ME, Morgan LL, Davis DL, Hardell L, Oremus M, Soskolne CL (2019). Risks to Health and Well-Being From Radio-Frequency Radiation Emitted by Cell Phones and Other Wireless Devices. Frontiers in Public Healthi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2019MMechanistic intermediate—Context only

Melnick RL (2019). Commentary on the utility of the National Toxicology Program study on cell phone radiofrequency radiation data for assessing human health risks despite unfounded criticisms. Environmental Researchi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2019MMechanistic intermediate—Context only

Schwan HP, Piersol GM (1957). The absorption of electromagnetic energy in body tissues. IRE Transactions on Medical Electronicsi

Historical or precursor context retained for provenance; it does not satisfy the current FieldState measurement contract or establish a modern reproductive parameter.

1957ERepeated component finding / endpoint—Historical context

Yu G et al. (2019). Long-term exposure to 4G smartphone RF-EMR diminished male reproductive potential by directly disrupting Spock3-MMP2-BTB axis. Sci Total Environi

First direct demonstration of BTB disruption by telecom-frequency RF. Long-term 2605 MHz (4G) exposure gradually damaged spermatogenesis via the Spock3-MMP2-BTB axis. The BTB uses the same tight junction proteins (occludin, ZO-1) as the BBB. Validates extending BERM pathway F (BBB multiplier) to a Biological Barrier Multiplier covering both BBB and BTB. Time-dependent toxicity consistent with positive feedback.

2019ERepeated component finding / endpoint—Superseded by a curated evidence relation

Ulusoy A et al. (2025). Acute exposure to 27.12 MHz RF-EMF disrupts BBB integrity via eNOS activation and occludin down-regulation. Int J Basic Med Scii

30 min RF-EMF at 27.12 MHz significantly increased eNOS gene expression and decreased occludin — without oxidative stress or inflammation. Longer exposures (180, 360 min) produced HIF-1a increase, claudin-1 and occludin decrease, and histopathological edema. Confirms the BBB opening mechanism is TJ-protein mediated (occludin, claudin-1) — the same proteins as in BTB. The eNOS pathway is non-thermal and non-oxidative at short exposures.

2025ERepeated component finding / endpoint—Migration candidate

Nature Communications (2026). All four voltage-sensing domains of human CaV3.1 activate within a narrow voltage range near resting membrane potential.i

T-type channels are maximally sensitive NEAR resting potential (-70 to -50 mV) — the exact voltage range where EMF-induced perturbations (via Schwan equation) are largest. This is the bifurcation amplifier that resolves BERM's dVm problem.

2026ERepeated component finding / endpoint—Migration candidate

Xiang C et al. (2025). T-type VGCC inhibition reduces testosterone synthesis in Leydig cells. Reproduction (Oxford). doi:10.1530/REP-24-0432i

Completes the Lindgren-to-testosterone chain: EMF -> Schwan dVm -> T-type Cav3 activation -> Ca2+ -> StAR -> cholesterol transport -> testosterone. Elevates pathway D from 'Not derived' to 'Derived via T-type bifurcation.'

2025ERepeated component finding / endpoint—Migration candidate

Ma T et al. (2026). Cav1 and Cav3 are both essential for spermatogenesis. Andrology. doi:10.1111/andr.70119i

Both L-type AND T-type channels are required for spermatogenesis. EMF perturbation of T-type window current provides a mechanism for chronic, low-level disruption of spermatocyte development without requiring high-intensity L-type activation.

2026ERepeated component finding / endpoint—Migration candidate

Jimenez et al. (2019): tumour-specific AM-RF-EMF at 27.12 MHz induces HCC differentiation via Cav3.2; FDA HDE approval followed in 2023 (H220001).i

Protocol-specific component evidence for a 27.12 MHz amplitude-modulated Cav3.2 route in HCC. The 2023 HDE establishes probable benefit for a rare-disease device, not randomized effectiveness; environmental, reproductive and population transfer remains open.

2019ERepeated component finding / endpoint—Superseded by a curated evidence relation

Cross-Disorder Group of the PGC. Lancet (2013): CACNA1C identified as shared risk locus across ASD, ADHD, bipolar disorder, major depression, and schizophrenia in genome-wide analysis of 33,332 cases and 27,888 controls.i

CACNA1C encodes L-type VGCC Cav1.2 — the same channel through which EMF effects are mediated (pathway A). Genetic variants that alter channel gating change the individual's chi_channel, predicting differential EMF sensitivity. Not a direct EMF study — establishes that VGCC variants modulate psychiatric risk, supporting the gene × environment prediction.

2013ERepeated component finding / endpoint61220Migration candidate

Splawski I et al. Cell (2004): G406R gain-of-function mutation in CACNA1C (Cav1.2) causes Timothy syndrome with autism in 80% of affected individuals — highest penetrance of any syndromic ASD form.i

Direct proof that excessive Ca2+ influx through a single VGCC gene is sufficient to cause autism. The mechanism (too much calcium → disrupted neurodevelopment) parallels BERM's prediction that chronic EMF-induced Ca2+ elevation during neurodevelopment → similar but milder effects. Timothy syndrome is a RARE de novo mutation — significance is mechanistic, not epidemiological.

2004ERepeated component finding / endpoint—Migration candidate

Bhatt DK et al. PLOS Genetics (2019): Timothy syndrome gain-of-function mutation in Cav1.2 homolog disrupts axon targeting and behaviour through interaction with selective autophagy genes.i

Identifies the cellular mechanism through which excessive VGCC Ca2+ causes autism: axon targeting errors → misplaced synapses → circuit defects → behavioural phenotype. EMF-induced chronic Ca2+ elevation could produce similar, milder axon targeting errors during critical neurodevelopmental periods.

2019ERepeated component finding / endpoint—Migration candidate

Various GWAS (2012): Two SNPs in CACNA1G (rs757415, rs12603112), encoding T-type calcium channel Cav3.1, are associated with autism spectrum disorder.i

Connects BERM's T-type bifurcation mechanism directly to neurodevelopmental disorders. T-type channels operate at the bifurcation point near resting potential → maximally sensitive to EMF perturbation. Individuals with CACNA1G risk variants have altered T-type gating → altered chi_channel → differential prenatal EMF sensitivity.

2012M|CMechanism + association—Migration candidate

BRPM → CRY → circadian disruption

CRY2's downstream effects extend beyond the circadian clock. Iversen et al. (2025) showed that CRY2 physically interacts with TRPC1, a TRP-family cation channel, and that this complex co-translocates to the nucleus after PEMF exposure. This calcium entry pathway is CRY2-dependent (blocked by CRY2 silencing), light-dependent (lost in darkness), and FAD-dependent (attenuated by RFK silencing) — all hallmarks of the RPM mechanism. Importantly, TRPC1 is NOT a voltage-gated calcium channel and is NOT blocked by L-type VGCC blockers. This means pathways A and B remain pharmacologically separable, but pathway B's biological footprint is larger than previously assumed.

CitationYearEvidence levelNMigration status

Engels S et al. (2014). Anthropogenic electromagnetic noise disrupts magnetic compass orientation in migratory birds. Naturei

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2014ERepeated component finding / endpoint—Migration candidate

Hore PJ & Mouritsen H (2016). The radical pair mechanism of magnetoreception. Annu Rev Biophysi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2016ERepeated component finding / endpoint—Migration candidate

Sherrard RM et al. (2018). Low-intensity electromagnetic fields induce human cryptochrome to modulate intracellular reactive oxygen species. PLOS Biologyi

Primary-source-qualified cellular CRY/ROS component; no device-specific gonadal dose or fertility coefficient.

2018M|CMechanism + association—Superseded by a curated evidence relation

Chae K-S, Oh I-T, Lee S-H, Kim S-C (2019). Blue light-dependent human magnetoreception in geomagnetic food orientation. PLOS ONEi

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2019M|CMechanism + association41Superseded by a curated evidence relation

Yoshii T et al. (2009). Cryptochrome mediates light-dependent magnetosensitivity in Drosophila. Naturei

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2009MMechanistic intermediate—Superseded by a curated evidence relation

Various (2024). FAD-superoxide radical pair mechanism in cryptochrome. Nat Communi

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2024M|CMechanism + association—Unverified citation

Various (2026). Non-monotonic magnetic field effects in planarians confirm RPM predictions. PNAS Nexusi

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2026M|CMechanism + association—Unverified citation

Battelle Memorial Institute (1980). EMF effects on pineal melatonin production. Reporti

Historical or precursor context retained for provenance; it does not satisfy the current FieldState measurement contract or establish a modern reproductive parameter.

1980MMechanistic intermediate—Historical context

Reiter RJ et al. (2007). Light at night, chronodisruption, melatonin suppression, and cancer risk. Crit Rev Oncogi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2007M|CMechanism + association—Context only

Panagopoulos DJ, Karabarbounis A, Margaritis LH (2004). Effect of GSM 900-MHz Mobile Phone Radiation on the Reproductive Capacity of Drosophila melanogaster. Electromagnetic Biology and Medicinei

Candidate reproductive-endpoint evidence in the stated system; it cannot by itself quantify human couple fecundability, ASFR or TFR.

2004MMechanistic intermediate—Migration candidate

Goldstein JR, Kreyenfeld M (2011). Has East Germany Overtaken West Germany? Recent Trends in Order-Specific Fertility. Population and Development Reviewi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2011ERepeated component finding / endpoint—Outside active graph

European Commission (2018). Eurobarometer: Fertility and family issues. Eurobarometer Special Surveysi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2018ERepeated component finding / endpoint—Outside active graph

Agarwal A, Desai NR, Makker K, Varghese A, Mouradi R, Sabanegh E, Sharma R (2009). Effects of radiofrequency electromagnetic waves (RF-EMW) from cellular phones on human ejaculated semen: an in vitro pilot study. Fertility and Sterilityi

Candidate reproductive-endpoint evidence in the stated system; it cannot by itself quantify human couple fecundability, ASFR or TFR.

2009MMechanistic intermediate—Migration candidate

Adams JA, Galloway TS, Mondal D, Esteves SC, Mathews F (2014). Effect of mobile telephones on sperm quality: a systematic review and meta-analysis. Environment Internationali

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2014ERepeated component finding / endpoint—Superseded by a curated evidence relation

Avendaño C, Mata A, Sanchez Sarmiento CA, Doncel GF (2012). Use of laptop computers connected to internet through Wi-Fi decreases human sperm motility and increases sperm DNA fragmentation. Fertility and Sterilityi

Candidate reproductive-endpoint evidence in the stated system; it cannot by itself quantify human couple fecundability, ASFR or TFR.

2012MMechanistic intermediate—Migration candidate

Kesari KK, Agarwal A, Henkel R (2018). Radiations and male fertility. Reproductive Biology and Endocrinologyi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2018MMechanistic intermediate—Migration candidate

La Vignera S, Condorelli RA, Vicari E, D'Agata R, Calogero AE (2012). Effects of the exposure to mobile phones on male reproduction: a review of the literature. Journal of Andrologyi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2012MMechanistic intermediate—Migration candidate

Skakkebaek NE, Rajpert-De Meyts E, Buck Louis GM, Toppari J, Andersson AM, Eisenberg ML, Jensen TK, Jorgensen N, Swan SH, Sapra KJ, Ziebe S, Priskorn L, Juul A (2016). Male Reproductive Disorders and Fertility Trends: Influences of Environment and Genetic Susceptibility. Physiological Reviewsi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2016ERepeated component finding / endpoint—Context only

Carlsen E, Giwercman A, Keiding N, Skakkebaek NE (1992). Evidence for decreasing quality of semen during past 50 years. BMJi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

1992ERepeated component finding / endpoint—Context only

Swan SH, Elkin EP, Fenster L (2000). The question of declining sperm density revisited: an analysis of 101 studies published 1934-1996. Environmental Health Perspectivesi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2000ERepeated component finding / endpoint—Context only

BERM argument #200: LED lighting EMF component. LED switch-mode power supplies produce 20–200 kHz EMF with harmonics. Studies attributing LED health effects to blue light (Tosini 2016) did not control for EMF. No separation experiment exists.i

LED bulbs produce both blue light and kHz-range EMF; incandescent bulbs produce neither. Any study comparing LED to incandescent cannot separate spectral from electromagnetic effects. TTFields (FDA-approved, 100–300 kHz) confirms biological activity of these frequencies. BERM-identified research gap.

2026CObservational association—Migration candidate

BERM argument #204: CRT→LCD/LED display transition (2005–2015) multiplied household EMF. Screen count 1→3.5, bedroom penetration 15%→70%, built-in Wi-Fi added, viewing distance decreased.i

Display transition was a multiplicative EMF change: count × size × bedroom penetration × Wi-Fi × hours × proximity. Bedroom TV at 1.5–2m from pineal gland during melatonin window produces simultaneous blue light + EMF. BERM circadian weighting (2.5×) amplifies this. No single-factor analysis captures the multiplicative effect.

2026CObservational association—Migration candidate

Iversen JN et al. (2025). Magnetically Stimulated Myogenesis Recruits a CRY2-TRPC1 Photosensitive Signaling Axis. Cells 14(3):231i

CRY2 physically interacts with TRPC1 (a TRP channel, NOT a VGCC) and the complex co-translocates to the nucleus after PEMF exposure. This gives pathway B (CRY/RPM) a second downstream branch: calcium signaling via TRPC1, independent of pathway A (VGCC). Blocked by CRY2 silencing, darkness, and RFK silencing — all RPM hallmarks. NOT blocked by L-type VGCC blockers (nifedipine), confirming pharmacological separability from pathway A. Demonstrated in myoblasts; gonadal cell confirmation pending (prediction TRPC1-1).

2025ERepeated component finding / endpoint—Superseded by a curated evidence relation

DHPA → HPG cross-inhibition

CitationYearEvidence levelNMigration status

Pawlak K et al. (2025). EMF exposure and corticosterone elevation in rodents. Variousi

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2025MMechanistic intermediate—Unverified citation

Kacem S et al. (2024). EMF exposure and depression risk. Variousi

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2024M|CMechanism + association—Unverified citation

Esmailzadeh S et al. (2019). Mobile phone use and salivary cortisol. Variousi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2019CObservational association200Context only

Travison TG et al. (2007). A population-level decline in serum testosterone levels in American men. JCEMi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2007ERepeated component finding / endpoint1532Context only

Santi D et al. (2025). Meta-analysis: secular testosterone decline 1971-2024. Variousi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2025ERepeated component finding / endpoint1000000Context only

Lokeshwar SD et al. (2021). Decline in serum testosterone in adolescents and young adults. Eur Urol Focusi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2021M|CMechanism + association—Context only

WHO/various (2023). Meta-analysis: EMF effects on testosterone (29 animal studies). Variousi

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2023ERepeated component finding / endpoint—Unverified citation

Puts DA et al. (2008). Testosterone is associated with mating success but not attractiveness or masculinity in human males. Anim Behavi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2008M|CMechanism + association119Outside active graph

Goetz SMM & Carre JM (2024). Exogenous testosterone influences sexual overperception bias. Front Psycholi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2024MMechanistic intermediate190Outside active graph

Dreher JC et al. (2016). Testosterone causes both prosocial and antisocial status-enhancing behaviors in human males. PNASi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2016ERepeated component finding / endpoint—Outside active graph

Mehta PH & Prasad S (2015). The dual-hormone hypothesis for social status. Curr Opin Behav Scii

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2015M|CMechanism + association—Outside active graph

Various (2018). Meta-analysis of dual-hormone hypothesis (30 studies, N=8538). Variousi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2018ERepeated component finding / endpoint8538Outside active graph

Thornhill R & Gangestad SW (1994). Human fluctuating asymmetry and sexual behavior. Psychol Scii

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

1994ERepeated component finding / endpoint—Outside active graph

Porges SW (2001). The polyvagal theory: phylogenetic substrates of a social nervous system. Int J Psychophysioli

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2001ERepeated component finding / endpoint—Outside active graph

Carter CS (2021). Oxytocin and vasopressin in the evolution of sociality. Variousi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2021ERepeated component finding / endpoint—Outside active graph

Feldman R (2012). Oxytocin and social affiliation in humans. Horm Behavi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2012M|CMechanism + association—Outside active graph

Guy AW, Chou CK, Lin JC, Christensen D (1984). Chronic exposure of rats to 2.45 GHz microwaves (US Air Force SAM-TR-83-38). USAF School of Aerospace Medicinei

Candidate evidence for the mapped biological intermediate in the stated system; it does not identify population exposure, couple fecundability or a TFR coefficient.

1984MMechanistic intermediate—Migration candidate

Belpomme D, Campagnac C, Irigaray P (2015). Reliable disease biomarkers characterizing and identifying electrohypersensitivity and multiple chemical sensitivity as two etiopathogenic aspects of a unique pathological disorder. Reviews on Environmental Healthi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2015MMechanistic intermediate—Outside active graph

INTERPHONE Study Group (2010). Brain tumour risk in relation to mobile telephone use: results of the INTERPHONE international case-control study. International Journal of Epidemiologyi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2010ERepeated component finding / endpoint—Outside active graph

Volkow ND, Tomasi D, Wang GJ, Vaska P, Fowler JS, Telang F, Alexoff D, Logan J, Wong C (2011). Effects of Cell Phone Radiofrequency Signal Exposure on Brain Glucose Metabolism. JAMAi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2011ERepeated component finding / endpoint—Outside active graph

Pall ML (2016). Microwave frequency electromagnetic fields (EMFs) produce widespread neuropsychiatric effects including depression. Journal of Chemical Neuroanatomyi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2016MMechanistic intermediate—Migration candidate

Hardell L, Carlberg M (2015). Mobile phone and cordless phone use and the risk for glioma — analysis of pooled case-control studies in Sweden, 1997-2003 and 2007-2009. Pathophysiologyi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2015MMechanistic intermediate—Outside active graph

EMicrobiome

CitationYearEvidence levelNMigration status

Poutahidis T et al. (2014). Probiotic microbes sustain youthful serum testosterone levels and testicular size in aging mice. PLOS ONEi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2014MMechanistic intermediate—Context only

Erdman SE & Poutahidis T (2016). Microbes and oxytocin: benefits for host physiology and behavior. Int Rev Cell Mol Bioli

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2016M|CMechanism + association—Context only

Poutahidis T et al. (2013). Microbial symbionts accelerate wound healing via oxytocin. PLOS ONEi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2013MMechanistic intermediate—Context only

Jin Y et al. (2022). Wi-Fi exposure alters gut microbiome composition in mice. Variousi

Candidate evidence for the mapped biological intermediate in the stated system; it does not identify population exposure, couple fecundability or a TFR coefficient.

2022MMechanistic intermediate—Migration candidate

FBioelectric code

CitationYearEvidence levelNMigration status

Sempou E et al. (2022). Membrane potential drives spermatogonial stem cell differentiation via mTOR. Nat Communi

Candidate evidence for the mapped biological intermediate in the stated system; it does not identify population exposure, couple fecundability or a TFR coefficient.

2022M|CMechanism + association—Superseded by a curated evidence relation

Brown SG et al. (2016). Depolarization of sperm membrane potential in infertile men. Variousi

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2016M|CMechanism + association—Context only

Zhang D & Levin M (2025). Bioelectricity as a universal signaling mechanism. Variousi

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2025M|CMechanism + association—Unverified citation

TBioelectric signaling / developmental

CitationYearEvidence levelNMigration status

Levine H et al. (2017). Temporal trends in sperm count: a systematic review and meta-regression analysis. Hum Reprod Updatei

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2017ERepeated component finding / endpoint—Context only

Levine H et al. (2023). Temporal trends in sperm count: updated meta-regression. Hum Reprod Updatei

Context for a mapped biological endpoint, co-exposure or alternative mechanism; no FieldState causal edge, population dose or TFR parameter is inferred.

2023ERepeated component finding / endpoint—Context only

Houston BJ et al. (2016). Radiofrequency electromagnetic radiation and sperm quality. Variousi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2016M|CMechanism + association—Migration candidate

Mollerlokken OJ & Moen BE (2008). Is fertility reduced among men exposed to radiofrequency fields in the Norwegian Navy?. Bioelectromagneticsi

Candidate reproductive-endpoint evidence in the stated system; it cannot by itself quantify human couple fecundability, ASFR or TFR.

2008M|CMechanism + association10497Migration candidate

Various (2024). CatSper channel complex in human sperm fertilization. J Clin Investi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2024ERepeated component finding / endpoint—Superseded by a curated evidence relation

RWRecovery window

CitationYearEvidence levelNMigration status

Diem E et al. (REFLEX) (2005). Non-thermal DNA breakage by mobile-phone radiation in human fibroblasts. Mutat Resi

Candidate evidence for the mapped biological intermediate in the stated system; it does not identify population exposure, couple fecundability or a TFR coefficient.

2005M|CMechanism + association—Migration candidate

McCarty DE et al. (2011). Electromagnetic hypersensitivity: evidence for a novel neurological syndrome. Int J Neuroscii

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2011L*Testable theory candidate1Unverified citation

Manta AK et al. (2014). Reactive oxygen species in Drosophila ovaries after EMF exposure. Electromagn Biol Medi

Candidate reproductive-endpoint evidence in the stated system; it cannot by itself quantify human couple fecundability, ASFR or TFR.

2014MMechanistic intermediate—Migration candidate

Santini SJ et al. (2018). EMF and mitochondrial ROS homeostasis. Oxid Med Cell Longevi

A review or synthesis retained as an index to candidate primary studies; it does not independently activate a causal node or calibrate a model parameter.

2018MMechanistic intermediate—Migration candidate

Deloitte (2021). Connectivity and mobile trends survey (USA). Deloitte Insightsi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2021CObservational association—Context only

PMC9843116 (2023). UK screen-viewing pre vs post lockdown. BMC Public Healthi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2023M|CMechanism + association1689Context only

PMC11153974 (2024). US child screen time during COVID. JAMA Pediatricsi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2024CObservational association280Context only

PMC12535673 (2025). India medical students screen time and sleep during COVID. Indian J Community Medi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2025M|CMechanism + association470Context only

PMC9767798 (2022). India household electricity consumption during COVID. Energy Policyi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2022CObservational association500Context only

arxiv 2109.13643 (2021). Working from home adaptations and post-pandemic predictions. arXiv preprinti

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2021CObservational association—Context only

ScienceDirect (2023). Irreversible effects of COVID digitalization. Technological Forecasting and Social Changei

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2023CObservational association—Context only

PMC11472795 (2024). Netherlands child mental health 2018-2023 longitudinal. Eur Child Adolesc Psychiatryi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2024ERepeated component finding / endpoint1056Context only

PMC9709147 (2022). Switzerland natural experiment — screen time and mental health. Int J Environ Res Public Healthi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2022M|CMechanism + association674Context only

PMC10982732 (2024). Screen time and child behavioral disorders during COVID (systematic review). Int J Environ Res Public Healthi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2024M|CMechanism + association—Context only

PMC11936785 (2025). One-year post-lockdown mental health trajectories. Lancet Psychiatryi

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2025M|CMechanism + association—Context only

medrxiv Italian sleep study (2020). Evening device exposure and sleep during Italian lockdown. medrxiv preprinti

A behavioral, pandemic or recovery-window observation retained as context; it contains no matched FieldState measurement and is not a natural causal experiment for the active route.

2020MMechanistic intermediate—Context only

BSBehavioral suppression

CitationYearEvidence levelNMigration status

Sanchez-Bayo F, Wyckhuys KAG (2019). Worldwide decline of the entomofauna: A review of its drivers. Biological Conservationi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2019ERepeated component finding / endpoint—Outside active graph

Thielens A, Bell D, Mortimore DB, Greco MK, Martens L, Joseph W (2018). Exposure of Insects to Radio-Frequency Electromagnetic Fields from 2 to 120 GHz. Scientific Reportsi

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2018MMechanistic intermediate—Migration candidate

Balmori A (2015). Anthropogenic radiofrequency electromagnetic fields as an emerging threat to wildlife orientation. Reviews on Environmental Healthi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2015MMechanistic intermediate—Outside active graph

Balmori A (2006). The incidence of electromagnetic pollution on the amphibian decline: Is this an important piece of the puzzle?. Toxicological and Environmental Chemistryi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2006L*Testable theory candidate—Outside active graph

Stuart SN, Chanson JS, Cox NA, Young BE, Rodrigues ASL, Fischman DL, Waller RW (2004). Status and Trends of Amphibian Declines and Extinctions Worldwide. Sciencei

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2004ERepeated component finding / endpoint—Outside active graph

Favre D (2011). Mobile phone-induced honeybee worker piping. Apidologiei

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2011MMechanistic intermediate—Migration candidate

Sharma VP, Kumar NR (2010). Changes in honeybee behaviour and biology under the influence of cellphone radiations. Current Sciencei

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2010MMechanistic intermediate—Migration candidate

Shepherd S, Lima MAP, Oliveira EE, Sharkh SM, Jackson CW, Sherlock MR (2018). Extremely low frequency electromagnetic fields impair the cognitive and motor abilities of honey bees. Scientific Reportsi

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2018MMechanistic intermediate—Migration candidate

Vanbergen AJ, Insect Pollinators Initiative (2013). Threats to an ecosystem service: pressures on pollinators. Frontiers in Ecology and the Environmenti

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2013ERepeated component finding / endpoint—Outside active graph

Wang Y, Pan Y, Parsons S, Walker M, Zhang S (2007). Bats respond to polarity of a magnetic field. Proceedings of the Royal Society Bi

Candidate evidence for a FieldState measurement signature, geometry or organ-transfer feature in the stated system; it does not establish a human reproductive exposure-response or TFR coefficient.

2007MMechanistic intermediate—Migration candidate

Frick WF, Pollock JF, Hicks AC, Langwig KE, Reynolds DS, Turner GG, Butchkoski CM, Kunz TH (2010). An Emerging Disease Causes Regional Population Collapse of a Common North American Bat Species. Sciencei

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2010ERepeated component finding / endpoint—Outside active graph

Cucurachi S, Tamis WLM, Vijver MG, Peijnenburg WJGM, Bolte JFB, de Snoo GR (2013). A review of the ecological effects of radiofrequency electromagnetic fields (RF-EMF). Environment Internationali

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2013MMechanistic intermediate—Outside active graph

Balmori A (2009). Electromagnetic pollution from phone masts. Effects on wildlife. Pathophysiologyi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2009MMechanistic intermediate—Outside active graph

PVPharmacological validation

CitationYearEvidence levelNMigration status

Various (2020). Calcium channel blockers and male fertility. Variousi

Pharmacological perturbation retained as pathway context only; it is not equivalent to an electromagnetic exposure and does not calibrate FieldState.

2020M|CMechanism + association—Context only

Various (2023). Rapamycin (mTOR inhibitor) effects on fertility. Variousi

Pharmacological perturbation retained as pathway context only; it is not equivalent to an electromagnetic exposure and does not calibrate FieldState.

2023M|CMechanism + association—Context only

Moncrieff J et al. (2022). The serotonin theory of depression: a systematic umbrella review. Mol Psychiatryi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2022ERepeated component finding / endpoint—Outside active graph

Yang JH et al. (2024). Metformin effects on biological aging in non-human primates. Celli

Pharmacological perturbation retained as pathway context only; it is not equivalent to an electromagnetic exposure and does not calibrate FieldState.

2024MMechanistic intermediate—Context only

SSentinel / cross-species

CitationYearEvidence levelNMigration status

Hallmann CA et al. (2017). More than 75 percent decline over 27 years in total flying insect biomass in protected areas. PLOS ONEi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2017ERepeated component finding / endpoint—Outside active graph

Rosenberg KV et al. (2019). Decline of the North American avifauna. Sciencei

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2019ERepeated component finding / endpoint—Outside active graph

Klimentidis YC et al. (2010). Canaries in the coal mine: a cross-species analysis of the plurality of obesity epidemics. Proc R Soc Bi

Retained bibliographic context outside the active BERM causal graph; forcing a canonical node would invent a causal edge not supported by this record.

2010M|CMechanism + association—Outside active graph

BERM project (2026). Cross-Species Lag Invariance: 31-country bee colony loss to TFR panel analysis. BERM internal analysisi

Source-verified COLOSS 23-country panel: bee colony winter loss increases precede TFR declines by ~2 years. 20/23 BERM-direction, circular-shift p=0.006, Bonferroni p=0.046. Year-change analysis confirms temporal co-variation. Correlational; not peer-reviewed.

2026CObservational association23Migration candidate

COLOSS honey bee winter loss monitoring, 23-country panel (2010–2022). Source-verified against original COLOSS annual reports.i

Source-verified 23-country COLOSS panel. Within-country bee winter loss → TFR correlation: pooled r=−0.272, optimal lag 2 years, circular-shift p=0.006. 20/23 countries BERM-direction. Replicates across World Bank and WPP 2024 TFR products.

2026CObservational association23Migration candidate

PECBMS Pan-European Common Bird Monitoring Scheme, 27-country composite index (2002–2022). Detrended breeding bird population indices.i

27-country PECBMS breeding bird composite index. Detrended bird population decline precedes TFR decline by ~2.5 years: 21/27 countries BERM-direction, r=0.182, p=0.006. Signal weaker than bee but broader taxonomic scope.

2026CObservational association27Migration candidate

BERM internal analysis: USGS Breeding Bird Survey routes near Cold War Nike radar/fire control sites (1966–2019). 1,381 routes, 268 sites.i

1,381 BBS routes near 268 Cold War Nike sites. BERM-direction proximity gradient: <50km −0.526%/yr vs >100km +0.096%/yr (Welch p=0.031). Spearman ρ=+0.088 (p=0.001). However, site closure did not predict bird recovery. Correlational; not peer-reviewed.

2026CObservational association1381Migration candidate

Rothamsted Insect Survey suction trap network, UK (1969–2016). First-difference aphid abundance vs TFR.i

Rothamsted suction trap aphid abundance (UK, 1969–2016). First-difference analysis: aphid decline precedes TFR decline by ~2 years, r=0.660, p=0.021. Single-country result; consistent with short-lifecycle sentinel hypothesis.

2026CObservational association1Migration candidate

Boyes et al. (2021, Science Advances): LED streetlights reduced moth caterpillar abundance by 47% vs unlit sites. Pawson & Bader (2014): LED traps captured 48% more insects than sodium.i

LED streetlights cause greater insect mortality than sodium lamps. Conventionally attributed to light spectrum, but LEDs also emit kHz EMF from drivers. BERM predicts the EMF component contributes independently. Street LED deployment (2012+) overlaps temporally with accelerating insect decline.

2021CObservational association—Migration candidate

BERM argument #202: NEXRAD deployment (1988–1997) at S-band (2.7 GHz ≈ Wi-Fi) temporally coincides with Hallmann insect biomass data onset (1989). Thielens 2018: insect RF absorption resonates at these frequencies.i

159 NEXRAD stations deployed 1988–1997 at 250 kW–1 MW peak power, 2.7–3.0 GHz (S-band). Hallmann's −76% insect biomass dataset begins 1989. S-band wavelength (λ/2 ≈ 5.4 cm) matches large flying insect body size, producing resonant absorption. Protected nature reserves are not shielded from radar signals.

2026CObservational association159Migration candidate

Lindecke et al. (2026, Science): RF noise disrupts bat magnetic compass for hours. Wind turbines produce ELF (blade pass) + kHz (inverter) EMF in bat habitats. Nicholls & Racey (2007, 2009): bat activity reduced near radar.i

Wind turbines produce EMF in bat habitats. Lindecke 2026 shows RF disrupts bat compass for hours. BERM predicts: compass-disrupted bats near turbines have elevated collision risk. This mechanistic link (EMF → disorientation → mortality) is independent of direct blade-strike explanations.

2026CObservational association—Migration candidate

BERM argument #205: Satellite constellations (Starlink 6000+, OneWeb, Kuiper) as predictive test. BERM predicts measurable effects on migratory species by 2030.i

Satellite constellations represent a new EMF layer with unique properties: global coverage, independent of national policy, ground-based infrastructure not required. BERM predicts: migratory species using magnetic compass (birds, bats, sea turtles) will show measurable behavioral effects as constellation density increases. Novel and falsifiable.

2026L*Testable theory candidate—Prediction

SESex-ratio endpoint

CitationYearEvidence levelNMigration status

Selye H (1950). Stress and the General Adaptation Syndrome. BMJi

Historical or precursor context retained for provenance; it does not satisfy the current FieldState measurement contract or establish a modern reproductive parameter.

1950ERepeated component finding / endpoint—Historical context

EHSIndividual susceptibility

CitationYearEvidence levelNMigration status

Belpomme D et al. (2022). Electrohypersensitivity as a newly identified neurologic pathological disorder. Int J Mol Scii

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2022M|CMechanism + association1000Unverified citation

Various (2024). 5G RF-EMF effects on sleep EEG in CACNA1C genotyped volunteers. medrxivi

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2024L*Testable theory candidate—Unverified citation

Various (2023). Wi-Fi exposure and HRV in healthy young volunteers. PMCi

Candidate evidence for the mapped biological intermediate in the stated system; it does not identify population exposure, couple fecundability or a TFR coefficient.

2023MMechanistic intermediate—Migration candidate

HHistorical / precursor

CitationYearEvidence levelNMigration status

Becker RO (1985). The Body Electric: Electromagnetism and the Foundation of Life. Book (Morrow)i

Historical or precursor context retained for provenance; it does not satisfy the current FieldState measurement contract or establish a modern reproductive parameter.

1985L*Testable theory candidate—Historical context

Frey AH (1961). Auditory system response to radio frequency energy. Aerosp Medi

Historical or precursor context retained for provenance; it does not satisfy the current FieldState measurement contract or establish a modern reproductive parameter.

1961ERepeated component finding / endpoint—Historical context

Adey WR (1981). Tissue interactions with nonionizing electromagnetic fields. Physiol Revi

Historical or precursor context retained for provenance; it does not satisfy the current FieldState measurement contract or establish a modern reproductive parameter.

1981ERepeated component finding / endpoint—Historical context

theoryTheoretical premise

CitationYearEvidence levelNMigration status

Lindgren J, Kovacs A, Liukkonen J (2025). Geometric electrodynamics from Weyl geometry. Variousi

Theoretical or biophysical premise retained as structural context; it does not by itself establish a biological endpoint or a TFR coefficient.

2025MMechanistic intermediate—Historical context

Vassallo G, Catania F, Ferro M (2025). Independent validation of Lindgren geometric electrodynamics derivation. Preprinti

The legacy bibliography points to a possible relevant source, but the identity, bibliographic metadata or protocol must be independently verified before it can enter active FieldState evidence.

2025L*Testable theory candidate—Unverified citation

Orphaned Findings: Data Without a Mechanism

YearResearcherFindingCriticismMechanism (now)
1976Adey-BlackmanCa²⁺ window effect"Non-linear = artifact"Resonance oscillation (Kim 2026)
1995Lai-SinghDNA strand breaks"Photon too weak"ROS via VGCC/IFO (Panagopoulos 2025)
2013PallVGCC: 23 studies"Too simple"3 pathways: IFO + RPM + Cyb5b
2025SousouriCACNA1C × 5G"Sample too small"Genetic VGCC density variation
2026KimGene switch activation"Incredibly implausible"Derived χ_geo coordinate; conditional response form, tissue kernel open

In each case, the empirical observation was strong — often published in top-tier journals (Cell, NeuroImage, Bioelectromagnetics). The criticism targeted not the data but the mechanism: how could such weak fields produce biological effects? This 'implausibility argument' is not a scientific rebuttal — it is an argument from ignorance that confuses 'we don't know the mechanism' with 'there is no mechanism.'

For an explicitly normalized positive-norm mode, BERM derives the bounded χ_geo coordinate from the inverse rank-one metric. Under a separately stated minimal matter–metric coupling and linear-response assumption, it also derives a conditional geometry-to-response operator form. Neither result supplies the tissue kernel, sign, lag or endpoint calibration. Membrane-field saturation and the photon-sensor analogy remain model arguments to test against calibrated endpoint data, not established mechanisms.

Epistemic level: derived geometry plus a conditional formal operator; the biological response kernel and calibration remain open. The empirical findings retain their own evidence labels.

Sentinel and cross-species evidence

The Cross-Species Lag Index is a readiness protocol for joining regional outcomes, measured FieldState and endpoint covariates in a registered cross-species test.

r = 0.84Cross-species EMF gradient (7 species)

Across 7 species with quantifiable reproductive decline rates, cumulative reproductive decline correlates with estimated EMF burden at r = 0.84. Dogs (Lea et al. 2016i): −1.0%/yr sperm decline over 26 years in UK stud dogs sharing domestic EMF exposure. Horses (Harris et al. 2023i): −0.75%/yr stallion sperm decline over 35 years. The pattern extends to honeybees, birds, frogs, and aquatic species — each declining on timelines proportional to their electromagnetic environment.

Cross-species trends motivate tests of conserved receptor, redox and repair machinery under matched local fields. Dogs share chemicals, diet, disease and breeding history as well as some human field environments. Their trends do not by themselves identify an EMF cause or calibrate a testosterone-to-TFR lag.

View sentinel readiness →·Testosterone decline evidence →

Mechanistic Anchors

Kalmijn (J. Exp. Biol. 1971)i demonstrated that elasmobranchs (sharks and rays) reliably detect electric fields as low as 5 nV/cm (5 × 10⁻⁷ V/m) through their ampullae of Lorenzini. This threshold is well below the IFO-VGIC sensitivity level used by BERM — a vertebrate nervous system processes fields at intensities that current safety standards consider biologically inert.

The Lorenzini ampullae use ion channel conductance changes — physically analogous to VGCC gate dynamics. This is not a different mechanism in a more sensitive animal; it is the same mechanism (ion channel perturbation by weak electric fields) expressed in a different tissue. The phylogenetic conservation of field sensitivity across 10⁻⁵ to 10⁻⁷ V/m in vertebrates directly counters the 'fields too weak for biology' objection.

Elasmobranch electroreception is a well-established sensory modality, not disputed. The extrapolation to mammalian VGCC sensitivity is a BERM interpretation — the Lorenzini ampulla is a specialized sense organ with geometry optimized for field detection, which mammalian tissues lack. The analogy is mechanistic (both use ion channel conductance), not anatomical.

Animal Evidence: Controlled EMF Experiments

Rodriguez et al. (J. Reprod. Fert. 2003)i exposed dairy heifers to 60 Hz EMF (10 kV/m, 30 µT) in a controlled experiment at McGill University. Results: melatonin decreased (EMF acts as an artificial 'long day' signal), estrous cycle duration increased (p < 0.01), and luteal phase duration increased (p < 0.01). Burchard et al. (J. Dairy Sci. 2002)i found the same EMF exposure increased IGF-1 and dry matter intake.

This is direct experimental evidence that ELF fields at environmental levels alter reproductive endocrinology in large mammals. However, dairy cattle have been exposed to stable barn ELF since electrification (~1950s onward). Breeding selection pressure is ~3 orders of magnitude larger than any EMF effect. This is why livestock is correctly classified as a negative control in the BERM sentinel registry — the EMF IS biologically active, but selection masks it.

The stray voltage literature (contact currents in milliamps from faulty wiring) is orthogonal. Rodriguez measured chronic field exposure (µT), not acute contact current (mA). Only Rodriguez-type studies test BERM's mechanism — chronic low-level ELF field effects on reproductive endocrinology.

Rodriguez/Burchard experiments are peer-reviewed controlled studies with clear biological endpoints. The negative-control classification for livestock applies to population-level decline detection (selection overwhelms the signal), not to whether ELF is biologically active (it is). An Amish vs conventional dairy comparison — where Amish barns have lower ELF — would be the next informative test.

Bioelectromagnetics Literature 2024–2026

Recent bioelectromagnetics studies (2024–2026) provide mechanistic refinement across BERM causal chain levels 3–6. Three priority sources strengthen the multi-pathway Ca²⁺ disruption model, add 5G-frequency-specific reproductive data, and quantify melatonin suppression. Two high-quality null results in skin cells support tissue-specificity rather than contradicting EMF effects.

Intracellular Ca²⁺ Store Mechanism (Bertagna 2025)

E

Bertagna et al. 2025 exposed mouse CA1 neurons to 50 Hz, 1 mT for 60 minutes and reported reduced inward and transient outward currents. Interfering with RyR release or SERCA reuptake removed those effects. This localizes a coupled calcium-store mechanism in the stated ELF setting. It motivates separate measurements of initial calcium, ER-store state and subsequent membrane current rather than two independent pathway weights.

5G Testicular ROS & CoQ10 Rescue (Bektas 2026)

C

Bektas et al. 2026 (Bioelectromagnetics) — Rats exposed to 3.5 GHz (5G core frequency). Testicular and oxidative damage observed. CoQ10 supplementation ameliorated damage — demonstrates mechanism reversibility, consistent with recovery window concept. First 5G-frequency-specific testicular data. Tissue-specific: same frequency shows no ROS in skin cells (cf. Meyer 2026, Haidar 2025).

Melatonin Suppression: PRISMA Systematic Review (Tbahriti 2026)

M|C

Tbahriti et al. 2026 (Sleep Biol Rhythms 24(2):195-214) — PRISMA 2020: 55 studies from 892 screened. 88% of high-quality animal studies report EMF-induced melatonin suppression (20–50% from baseline). Suppression smaller than light-induced (>90%), consistent with EMF as one component of nocturnal disruption. Limitation: only 27% of studies met high methodological standards.

Tissue-Specific Null Results

Meyer et al. 2026 (ELF 50 Hz, 200 µT, HaCaT keratinocytes — no DNA damage, p=0.644/0.987) and Haidar et al. 2025 (5G-modulated 3.5 GHz, SAR 0.08–4 W/kg, fibroblasts/keratinocytes — no ROS, no DNA damage). These null results motivate an imported L3 tissue-response candidate χ_tissue; they do not by themselves establish gonadal primacy, validate χ_geo, or identify the open L0→L2 mapping.

BBB Disruption via Tight Junction Degradation (Gao 2024)

C

Gao et al. 2024 (Bioelectromagnetics) — Electromagnetic pulse caused BBB breakdown through tight junction protein (occludin, claudin, ZO-1) degradation. Important: EMP (high-amplitude, short-duration) differs from chronic low-intensity RF. Mechanistic relevance: same molecular target as Salford 2003. Supports pathway E.

Hormesis and Biological Activation

Four independent research lines converge on a hormetic dose-response pattern: low electromagnetic exposure correlates with biological activation, while chronic high exposure correlates with suppression. The evidence spans experimental, genetic, epidemiological, and neuroendocrine domains.

Experimental: Low-dose radiation hormesis

Low-dose ionizing radiation produces adaptive responses including enhanced DNA repair, mitochondrial activation, and immune stimulation. Liu (1989) documented testosterone increase and cortisol decrease in animal models. Kostyuk et al. (2021) demonstrated mitochondrial gene activation in human stem cells. Yang et al. (2016) showed ATM-mediated DNA repair activation in normal (not cancer) cells. Zhou et al. (2018) confirmed immune activation via NK cell expansion. These findings establish a hormetic framework: low-dose stress activates repair systems, while high-dose stress overwhelms them.

Ionizing-radiation adaptation anchors repair biology in its own dose class. RF preconditioning with an autophagy intervention supplies a closer field-specific comparison; the two exposures do not share an assumed dose scale.

Genetic: DRD4/7R context-dependent fitness

Eisenberg et al. (2008) studied DRD4/7R polymorphism in Ariaal pastoralists of northern Kenya (n=152). The same allele was associated with higher BMI (better nutritional status) in nomadic Ariaal but lower BMI in settled Ariaal. This gene-environment interaction is consistent with biological activation under low-infrastructure conditions and mismatch under settled conditions.

The observed genotype–environment association motivates a context-dependent functional model. Settlement and BMI do not measure a local electromagnetic dose or a genotype-specific field coefficient.

Epidemiological: Pastoralist settlement health gradient

Swanson et al. (2023) measured cardiometabolic indicators in semi-nomadic pastoralists in Kenya. Settlement was associated with worse blood pressure and BMI compared to more nomadic individuals within the same population. The settlement gradient isolates lifestyle change from genetic confounders.

Neuroendocrine: Urban-suburban cortisol divergence

Mayagoitia-Novales et al. (2023) compared cortisol and testosterone responses between urban and suburban citizens. Urban citizens showed higher cortisol reactivity and altered testosterone response patterns. The urban environment is associated with heightened stress-axis activation.

Separate hormone amount from pulse timing and tissue receptivity. A prospective urban comparison should measure local fields, sleep, social stressors and the received endocrine response before assigning an environmental mechanism.

BERM represents beneficial adaptation, impaired reception and injury as distinguishable state trajectories. The sign is tested with baseline function, repair and a defined challenge; “hormesis” does not select the explanation after the outcome is known.

The Saturation Anomaly: fertility after diffusion is finished

M|C

A purely behavioural account of the fertility decline carries a testable ceiling. If the mechanism is that smartphones displaced the time in which conception happens, then once nearly everyone has one the displacement is complete, and the decline should level off. Diffusion is a bounded process; the effect it drives cannot outrun it. This is the sharpest available discriminator between an account that runs entirely through adoption and one that carries a component still accumulating after adoption stops.

Saturation is dated per country as the first year the model's smartphone penetration reaches 95% of its own 2024 ceiling — diffusion essentially complete relative to where that country ended up. Fifteen countries saturated at least five years before 2024. The response is the total fertility rate in the saturation year against 2024.

Total fertility rate after saturation

CountrySaturation yearTFR at saturationTFR 2024Change
South Korea20180.950.75−21.4%
Sweden20191.711.43−16.3%
Canada20191.481.25−15.3%
Denmark20191.701.47−13.4%
Japan20191.321.15−13.1%
Germany20191.541.36−11.7%
Australia20191.671.48−11.1%
Finland20191.351.25−7.5%
USA20181.721.63−5.1%
United Kingdom20191.631.55−5.0%
Singapore20180.950.97+2.4%

Eleven of the fifteen saturated countries are shown; the four omitted (Norway, Israel, Saudi Arabia, United Arab Emirates) all fall between −7.3% and −5.4%. Fourteen of fifteen declined, median −7.5%. Fertility rates are World Population Prospects values from the model's own annual panel.

The decline did not level off. Fourteen of the fifteen countries kept falling for five to six years after diffusion was effectively over, and South Korea — the earliest to saturate — fell fastest of all, more than a fifth in six years. The single exception is Singapore, which was already at 0.95 when it saturated and has held there since: a floor, not a recovery.

The dual-kernel framework reads this as the slow arm continuing after the fast one has run out of room. Cumulative exposure keeps rising once adoption stops, because usage intensity, simultaneous band count and night-time proximity all keep growing after the device count no longer can. The reading is consistent with the pattern but does not establish it: a behavioural account with a stock adjustment — intensity rising after ownership saturates, or cohorts entering with a lifetime of exposure behind them — predicts a post-saturation decline as well, and this test does not separate the two.

Mechanistic reading plus population-level association. The pattern is measured across fifteen countries; alternative explanations are not excluded.

The Fertility Gap as a measurement of the slow arm

M

There is a second discriminator, cleaner in principle than the saturation test. Displacement and capacity make opposite predictions about what people say they want. If the mechanism is that time and partnering were displaced, intended family size should fall alongside realised fertility — people who are not partnering do not plan the children they are not having. If the mechanism is that reproductive capacity declined, intention should hold while realisation falls, and the gap between them should widen with cumulative exposure.

The gap is therefore the framework's most direct proposed handle on the slow kernel: a quantity that separates wanting from achieving, measured on the same populations that carry the exposure history. Its growth rate rather than its level is the estimand, because the level is confounded by everything that has always separated stated ideals from outcomes.

The model does not yet hold this series. Realised fertility comes from the annual panel already in the repository; intended and ideal family size do not, and would have to be assembled from Eurobarometer, the World Values Survey and the Demographic and Health Surveys, which use different instruments and different age ranges. Until that series exists the fertility gap is a specified test with no result, and nothing here should be read as reporting one.

Mechanistic intermediate. The reasoning is specified; the measurement has not been made.

Retrodictions: What the modulome explains

Six biological outcomes provide retrospective tests of the twelve-layer modulome. Their proposed convergence is a shared-cause hypothesis: each outcome needs an explicit exposure measure, comparison group and competing explanations. The cards distinguish observations, proposed mechanisms and testable predictions.

These outcomes are not established as statistically independent. Shared data, selection and confounding must be assessed before combining evidence. No joint probability is assigned here, and the proposed EMF pathway requires direct testing.

Chronic Disease Cascade

Seven diseases, four EMF channels, one cascade logic — each mechanism validated by at least one FDA-cleared therapeutic device.

Disease incidence (1990 = 100)

Technology rollout — four frequency channels

  • COVID · 2020–2022
  • IF ↓70%
  • RF ↑40%
501502002503003501990 = 100STATIC (DC)Synth. clothing: 1990–2026ELF (<300 Hz)50/60 Hz grid: 1950–2026EV (ELF+IF): 2015–2026IF (300 Hz–10 MHz)SMPS: 1995–2026HVAC VFD: 2000–2026Induction: 2005–2026LED (EU): 2009–2026RF (>10 MHz)2G: 1991–2005Wi-Fi: 1999–20263G: 2001–2012Smartphone: 2007–20264G: 2009–2026TWS: 2016–20265G: 2019–202629023022118717917212819751980198519901995200020052010201520202025

STATIC (DC)

  • Synth. clothing · 1990–2026

ELF (<300 Hz)

  • 50/60 Hz grid · 1950–2026
  • EV (ELF+IF) · 2015–2026

IF (300 Hz–10 MHz)

  • SMPS · 1995–2026
  • HVAC VFD · 2000–2026
  • Induction · 2005–2026
  • LED (EU) · 2009–2026

RF (>10 MHz)

  • 2G · 1991–2005
  • Wi-Fi · 1999–2026
  • 3G · 2001–2012
  • Smartphone · 2007–2026
  • 4G · 2009–2026
  • TWS · 2016–2026
  • 5G · 2019–2026

Click a disease line or legend item to inspect

Modulome prediction: Modulome prediction: one root cause (chronic EMF exposure across 4 channels) produces 7 disease cascades in different tissues with different latencies. Cascade order follows the modulome's 12 biological levels: fastest response at the pineal layer (sleep), slowest at the organ layer (cumulative depolarisation → cancer). Each mechanism is validated by at least one FDA-cleared therapeutic device. This cascade order is independently documented by sleep researcher Matthew Walker (UC Berkeley)i: sleep disruption produces the same disease sequence — metabolic syndrome, depression, cardiovascular disease, cancer — in the same biological order predicted by the modulome's tissue-specific regeneration rates. Walker attributes the cascade to sleep deprivation without an EMF framework. BERM proposes that chronic EMF exposure is the upstream cause of the sleep deprivation that drives Walker's cascade.

Trend indices from GBD 2023 (IHME via OWID) and published GBD estimates (1990 = 100). Depression uses OWID/GBD direct data. Other diseases use published GBD prevalence estimates with linear interpolation. Acceleration points calculated via moving-average second derivative (window=5). Dashed vertical lines = statistical acceleration point. Diagonal lines = BERM-predicted technology link + lag.

→ See the mathematical derivation→ See predictions P11–P13

BERM-Eco: Differential Electromagnetic Susceptibility as a Novel Selection Pressure

The EMF modulome does not affect all species equally. Each species' "modulome profile" — which ion channels, which sensors, what body size, what cell division rate — determines how it responds to the changed electromagnetic environment. Species whose critical biological processes depend on electromagnetic sensing (navigation, circadian regulation, electrostatic communication) are more vulnerable than species whose survival strategies are chemical or mechanical.

Honeybees rely on magnetoreception for navigation, electrostatic sensing for pollen collection, olfaction for hygienic behavior, and circadian regulation for colony coordination — all electromagnetically mediated. Varroa destructor relies on chemical host-finding, salivary chitinase for feeding, and is protected by a rigid sclerotin exoskeleton. EMF weakens the host and does not affect the parasite. This differential creates a new selection pressure that favors EMF-robust parasites at the expense of EMF-sensitive hosts.

This principle extends beyond bees. Tick populations (Ixodes, Dermacentor) are expanding across Europe and North America. Ticks use electrostatic host-contact (England 2023, Current Biologyi), which motivates a BERM test of changed physical field conditions. FieldState would record those conditions; it does not supply the biological mechanism or ecological outcome. Predator, habitat, climate and host-density alternatives must be tested alongside the proposed pathway.

Species modulome profiles

OrganismEM sensitivityPrimary mechanismEMF effect
Honeybee★★★★★CRY/RPM, electrostatic senseWeakens
Migratory bird★★★★★CRY/RPM compassDisorients
Bat★★★★★Magnetic compassDisorients
Moth★★★★★GHz resonanceAbsorption ↑
Human★★★★★VGCC, CRY, VNSChronic disease
Varroa mite★★★★★ChemicalShielded
Ixodes tick★★★★★ElectrostaticMay benefit

Sensitivity ratings are BERM-Eco estimates [H] based on known mechanisms and body-plan physics — not measured differential values. Individual mechanism citations carry their own evidence levels (see references).

See Varroa cascade analysis →Selection landscape →

LEGACY_TIMING_PROXY

Archived scalar hindcast

The former hindcast applied a scalar v17 proxy, calibrated at a late observation, backwards through the same country series. It is retained as method history only and is not shown as a BERM v17 validation result.

Why the numeric display was withdrawn

  • Its inputs were technology-timing and assumed exposure proxies, not measured local FieldState or organ transfer.
  • The scalar biological-capacity and TFR trajectories were modelled quantities rather than independently observed endpoints.
  • Backward fitting from a late calibration point is not an externally locked forecast or an identification strategy.

Required replacement

A v2 temporal validation must lock FieldState measurements and biological/ASFR endpoints before evaluation, report the demand, tempo and ART paths separately, and compare against predefined demographic baselines.

BERM v17

Statistical status and validation boundary

BERM v17 separates a descriptive timing pattern, a biological endpoint and a population effect. The validation status states what is required to test the active route.

DESCRIPTIVE COHORT SIGNAL

ASFR cohort-route readiness

V2 does not publish age-specific country forecasts until measured FieldState, an organ-specific biological endpoint, couple state and ASFR can be joined on the same cohort-time axis.

Descriptive finding: WPP 2024 ASFR + World Bank/ITU mobile subscriptions, 2000–2023, N = 163, Pearson r = −0.66645 between a young-minus-older cohort timing proxy and ASFR change.

The result is not FieldState, exposure dose, a biological effect estimate or a TFR coefficient. Region, income and demographic structure remain material alternative explanations.

Next analysis: a preregistered matched panel collecting FieldState and biomarkers before evaluating the ASFR endpoint.

What v2 validation requires

  1. 01A pre-specified measured FieldState: B₀, spectrum/PSD, phase/coherence, position, organ transfer and provenance.
  2. 02A registered organ-specific endpoint and parameters with visible directness and translation scope.
  3. 03Couple state plus age-specific ASFR, with demand, tempo and ART terms reported separately.
  4. 04An externally locked temporal prediction or replication; TFR is derived only after ASFR.

Global panel data coverage

The published country panel documents the demographic and technology-timing data currently available for the BERM v17 research programme.

Loading panel metadata…

Next v2 data addition

A national panel of measured FieldState inputs, traceable organ/couple endpoints and age-specific fertility outcomes collected on a compatible time axis.

Next

Criticism and responses