Tag: ELM fields

FROM NIH-National Library of MEDICINE

Igor Nelson  ¹

Affiliations

• PMID: 40394813
• DOI: 10.1080/15368378.2025.2508466

Abstract

This article explores the relationship between electromagnetic fields (EMF) and biological systems, focusing on the influence of extremely low-frequency electromagnetic frequencies (ELF), particularly Schumann’s resonance (SR) at 7.83 hertz. Cells and proteins may have evolved to take advantage of frequencies naturally present in the Earth’s EMF, potentially enhancing cellular energy levels and affecting resting membrane potential (RMP). Thus, changes in or absence of SR may have adverse effects on the functioning of the whole organism. Bioelectricity, independent of genes, has been shown to modulate health, suggesting the potential for using controlled application of EMF frequencies in treating certain types of cancer or conditions affecting the RMP.

• Research indicates that human brainwave activity is highly dependent on the SR, implying a correlation between atmospheric electromagnetic frequencies and brain activity.
• ELF, including SR, appears to modulate cellular calcium influx/efflux, likely via indirect mechanisms involving field-sensitive molecules or radical pairs that affect ion channel behavior which plays a critical role in cell signaling and regulation of various processes.
• It can also trigger a cascade of molecular events that ultimately lead to the generation of action potential, affecting consciousness and behavior. The influence of atmospheric electromagnetic frequencies on human brainwave activity, modulation of cellular calcium influx/efflux, and potential effects on cellular energy levels and RMP highlight the significance of ELF in biological systems.
• However, further research is required to fully understand these mechanisms and their implications for human health and well-being.

Keywords: Extremely low frequency electromagnetic frequencies; Schumann resonances; Bioelectricity; cell biology; electromagnetic fields; resting membrane potential; voltage gated calcium channels.

Plain language summary

• This study looks at how very low-frequency electromagnetic fields – especially the Schumann Resonance at 7.83 hz – may affect our health. These natural frequencies come from the Earth’s atmosphere and may play an important role in how our bodies and cells work.
• The research explores how these signals could influence the electrical activity inside our cells, including how ions like calcium move in and out. This process is essential for brain function, heart rhythm, sleep patterns, and overall health.
• The study suggests that human cells may have evolved to respond to these natural frequencies. Changes in, or the absence of, these signals – such as when we’re exposed to artificial electromagnetic fields from modern technology – might disrupt important processes in the body. For example, the paper highlights evidence that some low-frequency signals may help stop cancer cells from growing or improve healing, while unnatural frequencies might do harm.
• A key point is that our brain activity seems to align with Earth’s natural electromagnetic rhythms. This could explain why changes in these fields can affect our mood, sleep, or concentration.
• The study also points out that future space missions should consider simulating these natural frequencies to help astronauts stay healthy outside Earth’s environment.
• In short, this research helps us understand how our bodies interact with the invisible electromagnetic environment around us – and how both natural and man-made signals could influence our health in powerful ways.

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