First India Voice 🇮🇳 Videsh Niti

A solar-storm-like phenomenon detected near a supermassive black hole. And suddenly, the question becomes far more interesting than astronomy alone. What if the magnetic forces shaping the cosmos have deeper parallels with the biological systems governing life? The human body is an electrical ecosystem. The heart generates measurable electrical signals. Neurons communicate through electrochemical impulses. Brain activity depends on finely regulated electrical and chemical processes. Even our circadian rhythms respond to environmental cues, including light. Now consider this: scientists have detected a solar-flare-like magnetic signature in the corona of a supermassive black hole, suggesting that some fundamental plasma processes operate across vastly different cosmic environments. The conspiracy-minded question is inevitable: how much do we really understand about the relationship between electromagnetic forces, the cosmos and human biology? Could changes in our electromagnetic environment influence biological systems in ways we have yet to fully map? Science already recognises that certain electromagnetic exposures affect the body. But that is a long way from proving that distant black-hole activity, solar storms or galactic magnetic events influence human consciousness, DNA or evolution. And that distinction matters. The real mystery is whether our understanding of the complex interplay between biological electricity, environmental signals and the wider physical universe is as complete as we assume. Perhaps the most fascinating questions lie not in what scientists are supposedly hiding, but in what we have yet to discover. The universe runs on physics. Life runs on biology. The frontier is understanding where the two intersect.

US startup takes dig at Musk, shows its car 'flying' over Tesla Roadster shrts.in/ogrjjybgfn -via inshorts