A Proton Battery Could Dethrone Lithium-Ion We Live Inside a Simulation–But We Can Hack It Weighing the Kilogram With Gravity Makes Sense The First Ice-Free Arctic Day Could Arrive in 2027 These One-Direction Particles May Change Computing ...
U.S's Nuclear Arsenal Could Fuel Next-Gen Reactors Scientists Find Groundbreaking Deep-Sea Battery This Material Helps Tokamaks Survive the Heat This Solar Coating Could One Day Power Your Phone Magnetic Mirror Fusion Enters the Energy Race
After 40 years of fusion science, the Joint European Torus in Oxfordshire is shutting down. Wednesday 28 February 2024 19:23, UK This is a modal window. Video Unavailable Technical details : This video is currently unavailable Sky's science and technology editor Tom Clarke expla...
Nevertheless, recent years have seen improvements to fusion technology arriving in a steady stream. These include a successful trial of AI to control the plasma inside a tokamak; a slew of records in power generation, plasma burn time, and reactor temperatures across multiple experiments; and the...
Researchers at the National Ignition Facility are consistently creating reactions that make more energy than they consume.
upgrade to the originalJT-60design, following two earlier upgrades (-A and -U) over its decades-long career. The most recent upgrade matches the Super Advanced meaning of the new name, as the new goal of the project is to investigate advanced components of the global ITER nuclear fusion ...
The recent startup developments highlight a clear trend towards rapid innovation in nuclear fusion technology, driven by the demands of a complex global energy landscape. Hylenr Technologies, anIndia-based startup, leads with its low energy nuclear reactions (LENR) technology, also...
"We absolutely need to have alternate innovative technology in order to have a massive, predictable, continuous world energy supply. It (fusion power) is complementary of the new energy, which as you know is intermittent and diffuse."
Recent Breakthroughs in Nuclear Fusion Joint European Torus Scientists at Oxford's Joint European Torus (JET) laboratory have made a major step forward in developing practical nuclear fusion. JET has used metals beryllium and tungsten instead of carbon to form the new walls of an 80-cubic-meter ...
Fusion's promise is vast and there is exciting work being done to advance it outside of this recent breakthrough, including byprivate companies. Decades of research and development are needed before fusion can meaningfully contribute to our energy system. ...