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This study examines the link between the local magnetic field (LMF) and acute myocardial infarction (AMI) in Lithuania (2014–2019), finding that only beta and gamma Schumann resonance frequencies maintain a long-term relationship with AMI hospitalizations.

Stronger local geomagnetic field oscillations (32-65 Hz) correlate with increased STEMI cases, especially in winter, and with LDL cholesterol levels in STEMI patients.

Study shows geomagnetic fields affect brain and heart rhythms. 104 participants globally did heart-focused meditation, increasing HRV coherence and synchronization with local magnetic fields.

Studies show Earth’s magnetic field affects cellular metabolism. Research on 395 people reveals oxygen consumption and metabolic rate decrease as local geomagnetic field power increases.

Study examines correlations between basal metabolic rate and local Earth magnetic field activity across age, gender, and BMI groups, finding negative correlations, especially in lower BMI individuals.

Geomagnetic activity influences human physiology, affecting cardiovascular health, brain activity, and stress responses. A magnetometer in Lithuania, installed in 2014, enables local studies and global collaboration on these effects.

Study examines interactions between Earth’s local magnetic field and cardiovascular parameters in women doing sedentary work, revealing correlations and fatigue-related changes over the workweek.

Study Shows Geomagnetic Fields and Solar Activity Affect Human Autonomic Nervous System Functions Did you know geomagnetic and solar activity can affect your autonomic nervous system (ANS), which controls your breathing, heartbeat and digestive processes? It’s true: A recently published long-term st...

This study explores links between Earth’s magnetic field variations and myocardial infarctions, finding correlations in different age groups and genders, suggesting varied sensitivity to geomagnetic changes.

Atrial fibrillation correlates with local Earth magnetic field changes. Low-frequency magnetic field increases are associated with acute AF episodes, especially in hypertensive patients.