The published science behind the signal.
Independent researchers documented links between space weather and human physiology, behavior, and markets long before we built anything. This page collects the key studies, with links, and states plainly what they show.
We do not claim causality for every pattern. What the literature documents is association, across multiple independent disciplines. This material is for informational and research context only.
Geomagnetic activity is statistically associated with the following week’s equity returns.
Researchers at the Federal Reserve Bank of Atlanta analyzed 70 years of market data. They found that unusually high geomagnetic activity had a statistically significant negative effect on the following week’s stock returns.
Their proposed mechanism is mood misattribution: people unconsciously attribute environmental discomfort to economic conditions.
This is a working paper that underwent internal Fed review, not journal peer review.
Geomagnetic storms are statistically associated with short-term increases in stroke and heart attack incidence at the population level.
Environmental-health studies report 5–15% increases in stroke and cardiac mortality on days with elevated geomagnetic activity. The effect persists after controlling for air quality, temperature, and seasonality.
These are population-level correlations, not deterministic single-cause explanations.
Space weather fluctuations affect brainwave patterns and heart rhythm.
EEG studies show reduced cerebral coherence during geomagnetic storms.
Shifts in heart rate variability have been observed 24 to 48 hours before major geomagnetic events, including anticipatory dips.
Short-term space weather anomalies correlate with increases in suicide, psychiatric emergency visits, and behavioral instability.
Population-level studies observe elevated suicide rates and acute mental-health crises during periods of geomagnetic disturbance.
Proposed mechanisms include circadian disruption, vestibular effects, and neurochemical pathways sensitive to electromagnetic fields. These remain active research areas, and none of this translates into individual clinical guidance.
Weak environmental electromagnetic fields can modulate human biology through known quantum mechanisms.
Radical-pair theory describes how magnetic fields influence chemical reactions in biological systems, especially in the brain and cardiovascular system.
Magnetoreception is a proven biological function in several species. In humans it is plausible, not proven.
Three public agencies publish the raw measurements every day. The Mindforge Signal Platform reads them and turns them into domain-specific classifiers.
Every environmental input is public data. NASA, NOAA, and GFZ Potsdam publish it daily.