Every study below is programmatically verified against Crossref and graded into Tier A/B/C so you can separate population statistics from mechanistic hypotheses.
Synthesizes epidemiological cohorts confirming elevated acute coronary admissions during severe storms in clinically vulnerable groups.
Reviews 36 human studies showing consistent population links for stroke and cardiovascular load while noting index heterogeneity.
Nationwide hospital dataset demonstrating age- and sex-stratified increases in cardiac admissions on geomagnetically disturbed days.
Isolates an independent statistical link between geomagnetic activity and systolic/diastolic blood pressure after controlling for temperature and PM2.5.
Long-duration ECG telemetry showing phase-synchrony between autonomic heart rate rhythms and ambient mHz magnetic pulsations.
Explains why sensitivity varies: robust baseline vagal tone (HRV) acts as an autonomic buffer against geomagnetic stress.
Maps candidate pathways (retinal cryptochromes and pineal melatonin modulation) while emphasizing individual clinical proof remains open.
To prevent early hypotheses from being overstated as clinical proof, Grade A covers systematic reviews across multi-million-person cohorts, Grade B covers multi-city blood-pressure and continuous ECG cohorts, and Grade C covers exploratory melatonin and cryptochrome hypotheses.
No. Population relative risk reflects statistical admission shifts in clinically vulnerable groups during severe storms; healthy adults buffer subtle 1–3 mmHg blood pressure shifts naturally. Use Blind Check-in on the workspace to measure your personal 30-day correlation.
Every study in this library is programmatically verified against the official Crossref API for valid DOI resolution, journal metadata, and publication year during our automated build gate.
Breathe with the cosmos. Activate your vagus nerve & restore calm.