5G voodoo? A new study finds that the electrical activity in the cells of living creatures mirrors the electrical fields in nature. Seems we all like lightning, and evolved with the sun.
Most electrical activity in animals and insects occurs at very low frequencies you can barely notice them. But they are there and the origin of these signals, as well as medical applications have eluded scientists. A new study from Israel shows a link between electrical fields in lightning and those found in living organisms, including humans.
The study’s findings may change established notions about electrical activity in living organisms, paving the way for revolutionary, new medical treatments. Illnesses such as epilepsy and Parkinson’s are related to abnormalities in the electrical activity of the body, the researchers say.
“We show that the electrical activity in many living organisms — from zooplankton in the oceans, to sharks and even in our brains — is very similar to the electrical fields we measure and study in the atmosphere from global lightning activity,” explains Prof. Colin Price of TAU’s Porter School of the Environment and Earth Sciences, who led the research for the study, published in the International Journal of Biometeorology. In 2008 we featured Prof. Price in the article, The Flash Before the Flood.
“We hypothesize that over evolutionary timescales living organisms adapted and evolved to actually use the electricity in the environment — global lightning,” Prof. Price continues. “This has likely not changed over billions of years and is similar to the evolution of our eyes, which evolved using the sunlight nature gave us.”
As living organisms evolved over billions of years, the natural electromagnetic resonant frequencies in the atmosphere, continuously generated by global lightning activity, provided the background electric fields for the development of cellular electrical activity. Prof. Price’s research found that, in some animals, the electrical spectrum is difficult to differentiate from the background atmospheric electric field produced by lightning.
We resonate like lightning
“Neither biologists nor doctors can explain why the frequencies in living organisms (0-50 Hz) are similar to those in the atmosphere caused by lightning,” adds Prof. Price. “Most of them are not even aware of the similarity we presented in our paper.”
“Our review of previous studies revealed that lightning-related fields may have positive medical applications related to our biological clock (circadian rhythms), spinal cord injuries and maybe other bodily functions related to electrical activity in our bodies,” says Prof. Price. “The connection between the ever-present electromagnetic fields, between lightning in the atmosphere and human health, may have huge implications in the future for various treatments related to electrical abnormalities in our bodies.”
The study comprised a retrospective review of previous studies on the link between lightning-related fields in the atmosphere and human and animal health. “We collected many different studies over the years to build a clear picture of this link,” concludes Prof. Price. “Going forward, we need to design new experiments to see how these extremely low frequency fields from lightning may impact living organisms, and to investigate how these fields can be used to benefit us.
“One new experiment we are now planning is to see how these fields may impact the rate of photosynthesis in plants.”
Author: Karin Kloosterman
Karin Kloosterman is an award-winning journalist, innovation strategist, and founder of Green Prophet, one of the Middle East’s pioneering sustainability platforms. She has ranked in the Top 10 of Verizon innovation competitions, participated in NASA-linked challenges, and spoken worldwide on climate, food security, and future resilience. With an IoT technology patent, features in Canada’s National Post, and leadership inside teams building next-generation agricultural and planetary systems — including Mars-farming concepts — Karin operates at the intersection of storytelling, science, and systems change. She doesn’t report on the future – she helps design it. Reach out directly to [email protected]
