Google and RWE Back German Nuclear Startup Proxima Fusion at €2.4 Billion Valuation German startup Proxima Fusion has raised €411 million ($469 million) from a range of investors, including national energy firm RWE AG and Alphabet Inc.’s Google, to develop a nuclear fusion plant it hopes will be operational in the 2030s. XTX Ventures, the investment arm from Alex Gerko’s algorithmic trading firm XTX Markets Ltd, led the financing round with London-based firm East X Ventures. The deal gives the three year-old energy firm a valuation of €2.4 billion, Proxima Fusion said on Tuesday. (Bloomberg)

A PhD student built a working nuclear fusion reactor in his garage, let an AI run it, and 400 thousand dollars later he works for Elon Musk. he posted it once. that single post ended with a grant in his account and a job offer from the most powerful man on earth. not a simulation. not a school project. an actual device that fuses atoms, sitting where his car used to be. fusion is the thing governments have been chasing for 70 years with billion dollar labs. the hard part was never the reactor itself. it was the control. the plasma inside has to be held at conditions hotter than the core of the sun, and it shifts and collapses in milliseconds. no human can react fast enough to keep it stable. so he stopped trying to do it himself. he handed the control loop to an AI. the model reads the sensor data hundreds of times a second, predicts how the plasma is about to move, and adjusts the magnetic fields before it ever drifts out of line. it does not wait for the plasma to misbehave. it sees it coming and corrects it before it happens. the same reaction-before-the-event speed no person could ever match. this is the exact kind of build people are tearing apart inside @NeuroClubAi. not to make reactors, but because the workflow is identical for anything hard. let the AI run the loop, predict the problem, fix it before it breaks. same playbook whether it is plasma or a business. then the post went out. within days Elon's fusion team reached out. they did not ask him to interview for an entry role. they handed him a 400 thousand dollar grant and pulled him onto the team building this at scale. one garage build turned a PhD student into an operator for the most ambitious man alive. here is the part that should stop you. he was one guy with a PhD, a garage, and an AI model doing the job that entire teams of physicists used to fail at. the AI was not assisting him. it was the operator. he built the hardware. the machine ran it. and that was enough to get noticed at the very top. most people think AI writes emails and makes pictures. meanwhile someone pointed it at one of the hardest physics problems on earth, held the plasma steady, and got paid by Elon Musk for it. the gap is not between humans and AI anymore. it is between the people who realize what this thing can already do and the people still using it to summarize their inbox.

AI needs a lot of power. Could nuclear fusion be part of the answer? 🎙️ Jordan Isvy and Patrick Coffey discuss the reasons why the race to commercialise fusion as an energy source is gaining momentum.

⚡️Energy Brief⚡️ The UK Atomic Energy Authority launched a comprehensive strategy for nuclear fusion development and deployment. The strategy includes completing the detailed design phase of the UK's STEP fusion prototype power plant, a government-supported initiative to demonstrate fusion technology for commercial application. The strategy emphasizes expanding the UK fusion supply chain and increasing participation from UK fusion companies. This approach aims to build domestic industrial capacity and economic value creation around fusion energy commercialization. The comprehensive fusion strategy reflects governmental commitment to positioning the UK as a center for fusion innovation and manufacturing. By advancing both demonstration projects and supply chain development, the UKAEA's approach addresses both technical validation and economic development objectives in the emerging fusion energy sector. @UKAEAuthority Source: World Nuclear News

If you thought Trump Media stock could go no lower, think again. The share price of the president's social-media firm, which is in the process of merging with a nuclear-fusion company, have often moved in tandem with Trump's political fortunes. 🔗

🚨 GOLD'S 5,000-YEAR SCARCITY ADVANTAGE COULD BE ABOUT TO CHANGE FOREVER. And almost nobody realizes what this could mean for the gold market. A U.S. startup claims it has found a way to manufacture REAL GOLD using nuclear fusion. Not imitation gold. Not gold-plated metal. ACTUAL GOLD. And the numbers are insane. A future 1 GW fusion reactor could theoretically produce around 2 TONNES OF GOLD PER YEAR. Think about that. For thousands of years, gold has had one advantage that almost no other asset could match. SCARCITY. You couldn't print it. You couldn't manufacture it economically. You had to dig it out of the ground. But what happens when a nuclear reactor can produce it? We've seen this story before. DIAMONDS. For decades, diamonds were sold as rare, precious and nearly impossible to replicate. Then lab-grown diamonds became commercially viable. Production exploded. Prices collapsed. And the entire industry was forced to adapt. NOW IMAGINE THAT HAPPENING TO GOLD. Here's the part most investors are missing. The proposed technology doesn't require building a factory just to produce gold. Gold could become a BY-PRODUCT OF FUSION ENERGY. The concept is simple: 1. Fusion reactors generate energy and high-energy neutrons. 2. Those neutrons could potentially transform specific mercury isotopes into gold. 3. Reactor operators could sell electricity AND the gold they produce. 4. Additional revenue could make fusion projects more attractive to investors. And suddenly, you have an entirely new economic equation. MORE REACTORS → MORE GOLD → MORE REVENUE → MORE REACTORS. For 5,000 years, gold supply has been constrained by what exists beneath the Earth's surface. In the future, part of that supply could theoretically depend on how many fusion reactors we build. LET THAT SINK IN. Central banks hold gold. Governments hold gold. ETFs hold gold. Trillions of dollars are invested in an asset whose reputation is built partly on scarcity. Now imagine the market being forced to price in an entirely new source of supply. But here's what matters. THIS TECHNOLOGY IS NOT COMMERCIALLY PROVEN. Fusion power itself still faces enormous engineering and economic challenges. And 2 tonnes per reactor wouldn't suddenly destroy a global gold market supplied by thousands of tonnes of annual mining production. I'm not saying gold is about to become worthless. I'm saying something much more interesting. For the first time, investors may eventually have to question whether gold's supply will always be limited by geology. And markets don't wait until a technological revolution is complete. They start adjusting when the threat becomes credible. I've spent over 15 years studying market cycles and looking for the developments that could change them. This is one of the most interesting long-term risks to gold's scarcity narrative I've seen. SAVE THIS POST. Follow and turn notifications on. If this technology starts affecting how investors value gold, I'll share my next major market call here first. The biggest threat to gold might not come from inflation, interest rates or another financial crisis. IT MIGHT COME FROM A LABORATORY.

🚨 WARNING: GOLD'S BIGGEST THREAT IN 5,000 YEARS MAY HAVE JUST EMERGED. And almost nobody understands how serious this could become. A U.S. startup claims it has found a way to produce REAL GOLD using nuclear fusion. Not fake gold. Not gold-plated metal. Actual gold atoms. And its projections suggest a future 1 GW fusion plant could produce around 2 TONNES OF GOLD PER YEAR. Read that again. For thousands of years, gold has had one enormous advantage: SCARCITY. You couldn't manufacture it economically. You had to dig it out of the ground. But what happens when technology changes that? We've seen a similar story before. DIAMONDS. Lab-grown diamonds entered the market. Production scaled. Prices collapsed. And an entire industry was forced to rethink the value of scarcity. Now imagine something similar happening to GOLD. Here's where it gets interesting. The proposed technology wouldn't require factories built solely to produce gold. Gold could become a BY-PRODUCT of fusion energy. Fusion reactors generate energy and neutrons. Those neutrons could potentially convert mercury into gold. And if the economics work, the process could create an entirely new source of supply. Think about the implications: More fusion reactors → More gold production → More revenue → More investment in fusion. For centuries, gold supply has depended on geology. In this scenario, it could eventually depend on reactor capacity. And remember: Gold isn't just jewelry. Central banks hold it. Governments hold it. ETFs hold it. Trillions of dollars are tied to its value as a scarce asset. Now, here's the catch. Commercial fusion gold production is still unproven, and 2 tonnes per reactor wouldn't immediately overwhelm global supply. But markets don't always wait for technology to reach full scale. They start pricing in the future. And if this technology becomes commercially viable, the long-term implications for gold could be enormous. I've spent over 15 years studying market cycles and identifying major turning points. And this is a development I'll be watching closely. Save this chart. Follow and turn notifications on. If the gold market starts pricing in this risk, I'll post my next major call here FIRST. The biggest threat to gold might not come from another metal. It might come from a laboratory.

Elon really put into perspective just how insanely massive the Sun is compared to Earth The Sun contains ~99.86% of all the mass in the entire Solar System Earth is basically a rounding error We live on this tiny rock next to an object so massive that almost everything else in the Solar System barely registers And that giant ball of nuclear fusion is dumping an unimaginable amount of energy into space every second