Proxima Fusion joins the club of well-fu...

Fluxnium's fibers can extract uranium directly from seawater, which has enough of the nuclear fuel to power thousands of generations. Also, Hang Ten is a Palo Alto startup and says it has landed multiple seven-figure enterprise contracts within months of launch. Learn more about ... Show More

Their startup, Artificial Intelligence Underwriting Company (AIUC) has raised $40 million in a Series A round led by Ribbit Capital, with participation from First Harmonic. Also, Thatch is a five-year-old startup and the company raised $108 million from The General Partnership, I ... Show More

Fathom said that it has over 400,000 monthly active users. Also, Glass Imaging was founded by a pair of former Apple engineers who previously led the team that developed Apple's Portrait Mode. And Cornelis, a company creating networking technology to help AI chips communicate mor ... Show More

Nuclear fusion still has a long road ahead before commercial viability, but optimism — and funding — is on the rise. Surging interest in the technology has recently seen $7.1 billion raised across 50 global fusion startups. Research timelines appear to be accelerating, Steve Pipe ... Show More

Munich-based Proxima has raised €20 million ($21.7M) in a seed round to begin building its first generation of fusion power plants. Learn more about your ad choices. Visit podcastchoices.com/adchoices 

<p>Nuclear fusion is the reaction that powers stars and scientists say replicating it on Earth could produce all the energy we’ll ever need without the CO2.&nbsp;But no one has yet made a fusion reactor that actually produces more energy than it uses. Fusion researchers say that’ ... Show More

<p>The nuclear power industry is receiving a lot of attention recently thanks in part to new technological advancements. That’s excited venture capital groups and private investors, such as Bill Gates and OpenAI’s Sam Altman. But the industry is also known for its boom-and-bust c ... Show More

On Dec. 5 at 1 o'clock in the morning local time, researchers at the Lawrence Livermore National Laboratory in California used lasers to zap a tiny pellet of hydrogen fuel. The lasers hit their target with 2.05 megajoules of energy, and the pellet released roughly 3.15 megajoules ... Show More