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China’s "artificial sun" has made a breakthrough with its core part successfully installed! This controlled nuclear fusion device (the ultimate clean energy source) is expected to make the world's 1st fusion energy power generation in 2030.

29,977 Aufrufe • vor 11 Monaten •via X (Twitter)

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This is the closest humanity has ever come to industrial fusion power. We’re witnessing the beginning of an energy revolution — the power of the Sun, without the danger of the bomb. 🚨 BREAKING: France just set the WORLD RECORD in Nuclear Fusion. 1,337 seconds (22 minutes) of sustained fusion at 50 million °C (90 million °F) — hotter than the Sun’s core. This isn’t sci-fi anymore. What this means for humanity — in hard stats: 🔹 Fusion vs Fission • Fission (atomic bombs) splits atoms → radioactive waste, meltdown risk • Fusion fuses atoms → near-zero waste, no chain-reaction runaway • 1 gram of fusion fuel = 8 tons of oil energy equivalent • Fuel source: Hydrogen from water — 1 liter of seawater can produce energy equal to 300 liters of petrol 🔹 Why France’s 22-minute run matters • To power a city, fusion must last minutes → hours • Before this: most reactors achieved seconds • Now: 22 minutes of stability = engineering breakthrough • Temperature: 5x hotter than the Sun’s core • Plasma confinement: record-breaking steady-state control 🔹 Benefits to mankind • Unlimited clean energy → zero carbon • No Fukushima, no Chernobyl risk • No long-lived nuclear waste • Could cut global emissions by 75–80% • One fusion plant = power for millions of homes 🔹 Is it dangerous? Fusion cannot explode. If something goes wrong → plasma cools in milliseconds. It’s 1,000,000× safer than fission. The “bomb” comparison is scientifically false.

Cultslinger07

39,204 Aufrufe • vor 7 Monaten

wow. This is insane A Nobel laureate claims his high‑pulse laser system could unlock safe, uranium‑free fusion and power hundreds of thousands of homes if prototypes succeed 🤯! Shuji Nakamura, a nobel price winning physicist who invented the blue LED, is now leading Blue Laser Fusion, a company aiming to make commercial nuclear fusion a reality. Nakamura estimates that about 99.5% of fusion research has focused on magnetic confinement, while his team is pursuing the remaining 0.5% through advanced laser technology. At the heart of the concept is OEC, an Optical Enhancement Cavity that stores high-energy laser pulses and can amplify them by up to 100,000×. According to the team, this could provide precise control over the fusion process while improving efficiency and reducing engineering risks. Researchers at the UCSB compare the system to a hammer and an anvil: the laser acts as the hammer that strikes the hydrogen fuel target, while the optical chamber acts as the anvil, storing and regulating the laser energy needed to initiate fusion. If development stays on schedule, Blue Laser Fusion plans to build a 1-gigawatt pilot fusion power plant near Santa Barbara by 2032, capable of supplying electricity to hundreds of thousands of homes. Nakamura's blue LED transformed energy-efficient lighting around the world. As per the International Energy Agency, if older lighting technologies were still used, global indoor lighting electricity consumption would be about 70% higher, while the electricity saved by LEDs is comparable to the power consumption of South Korea. Now, Nakamura hopes to make an even bigger impact through Blue Laser Fusion by developing virtually limitless, zero-carbon fusion energy that could transform how the world powers homes, industry and future technologies.

SciTech Era

16,009 Aufrufe • vor 2 Monaten