ஜெர்மனி அனைத்து அணுஉலைகளையும் மூடியது ஏன்?! | அணுஉலைகள் உண்மையில் ஆபத்தானதா? | Germany & powerplants

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This video is about:
Germany’s complete shutdown of all its nuclear power plants is not a sudden decision but the final chapter of a 40-year struggle involving anti-nuclear mass protests, the rise of powerful environmental movements, political coalitions, the influence of the Green Party, and a nationwide belief that even advanced engineering cannot fully eliminate nuclear risk—especially after Europe witnessed the long-term scars of Chernobyl and the shockwaves of Fukushima. This video traces how Germany moved from early enthusiasm for atomic energy in the 1960s to deep public distrust after accidents, activist pressure over radioactive waste storage problems, and the government’s conclusion that renewable energy combined with strict efficiency targets was a safer national path. We then break down, with clear scientific detail, how the world’s three major nuclear disasters actually happened: the 1979 Three Mile Island partial meltdown triggered by valve failures, control-room confusion, and coolant loss; the 1986 Chernobyl catastrophe caused by RBMK reactor design flaws, unstable graphite tips, a rushed late-night experiment, and a runaway power surge that blew open the reactor core; and the 2011 Fukushima Daiichi accident where one of the strongest earthquakes ever recorded, followed by a 15-meter tsunami, disabled backup diesel generators, leading to hydrogen explosions and multiple reactor meltdowns. Finally, the video uncovers India’s uranium mining realities, focusing on regions like Jaduguda, Turamdih and Meghalaya, where groundwater contamination, tailing leaks, village health complaints, biological abnormalities, radiation exposure risks, poor protective equipment, and long-term socio-economic displacement reveal the hidden human and environmental cost behind the raw material that fuels nuclear reactors. This deeply researched breakdown connects global nuclear policy shifts, engineering vulnerabilities, and frontline ecological impacts to give a complete picture of why nuclear energy remains one of the most debated technologies in the world.

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