Peer-Reviewed Clinical Evidence Library (DOI-Verified)
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Geomagnetic storms and acute myocardial infarction / ACS risk (RR 1.3–1.5)
Population-level synthesis confirming elevated acute coronary admissions during severe geomagnetic disturbances, particularly in clinically vulnerable cohorts.
28 of 36 epidemiological studies report significant cardiovascular links; stroke risk up to +52% in severe storms
Broad review of 36 human health studies showing consistent population-level associations for stroke and cardiovascular load, while emphasizing methodological heterogeneity.
Myocardial infarction admissions and in-hospital mortality rise on geomagnetic disturbance days (Brazil nationwide data)
Large-scale national hospital record analysis demonstrating age- and sex-stratified increases in cardiac admissions on geomagnetically disturbed days.
Blood-pressure fluctuations track geomagnetic activity in Qingdao & Weihai cohorts, independent of temperature and PM2.5
Controls for meteorological temperature and air pollution (PM2.5), isolating a statistically significant link between geomagnetic activity and systolic/diastolic BP.
Human heart rate rhythms synchronize with millihertz (mHz) geomagnetic oscillations during storm recovery (61 ECGs)
High-resolution ECG monitoring showing physiological synchronization between autonomic heart rate rhythms and ambient ULF/mHz magnetic field pulsations.
Higher resting heart rate variability (HRV) predicts stronger physiological resilience during geomagnetic storms
Demonstrates why individual sensitivity varies so widely: baseline vagal tone (HRV) acts as an autonomic buffer against environmental geomagnetic stress.
Exploratory pineal melatonin, circadian rhythm, and magnetoreception pathways in geomagnetic bio-sensitivity
Outlines plausible biological pathways (cryptochrome / pineal melatonin suppression / autonomic coupling) while noting that human individual causation remains unproven.
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