On the biophysical mechanism of sensing atmospheric discharges by living organisms

Abstract

Overview

Atmospheric electrical discharges during thunderstorms, known as sferics, can be sensed by humans. These discharges produce electromagnetic fields (EMFs) and waves that are detectable at long distances and have been associated with various health symptoms, although explanations for these effects have been insufficient until now.

Key Findings

• Characteristics of Sferics: Sferics are described as partially polarized electromagnetic pulses with signals in the very low frequency (VLF) and extremely low frequency (ELF) bands. Their intensity can vary significantly depending on proximity to the source of the lightning.
• Associated Health Symptoms: The health symptoms linked to exposure to sferics include headaches, fatigue, sleep disorders, and more. These are also similar to symptoms associated with exposure to electromagnetic fields from mobile telephony.
• Biophysical Explanation: A novel biophysical explanation provided explores how polarized ELF EMFs at intensities as low as 0.1-1 mV/m can disrupt cellular function by affecting ion channels on cell membranes, potentially leading to various health symptoms.

Conclusion

The study presents a compelling argument that sferics, particularly in the ELF band, have sufficient intensity and polarization to cause biological and health effects, expanding our understanding of how atmospheric discharges impact living organisms.