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Weeks after the Trump Media and Technology Group announced a merger with nuclear power company TAE Technologies, the new organization has unveiled plans for a fusion plant in the US — aiming to make it the biggest power generation site in the world. On Tuesday morning, the company unveiled criteria for selecting the building site of the new project. CEO Devin Nunes tells me they are accepting applications from state and local governments — much like Amazon HQ did — and will make a decision within weeks, with construction to begin later this year. And Nunes is clear about one...

There continues to be a debate among global geopolitical analysts regarding whether the United States and China are engaged in a Cold War or a competition for global dominance.The answer is irrelevant.By anyone's observation, China seeks to dominate the 21st century, and they will do so by "any means necessary." In the process, they will use their military might to create a sphere of influence that is designed to cow nations that range from Japan to Australia to India.Their invasion of Taiwan is almost a foregone conclusion among many military observers, who believe it is not a question of if...

MIT professor Nuno Loureiro was killed in a shooting at his home in Brookline, Massachusetts Monday night, the school confirmed. Loureiro, a nuclear science and engineering professor from Portugal, was 47 years old. A Brookline police spokesperson said officers responded to a call for gunshots at an apartment on Gibbs Street at about 8:30 p.m. "A victim was located who had been shot multiple times," Brookline police deputy superintendent Paul Campbell told WBZ-TV. Loureiro was taken by ambulance to a Boston hospital, where he died Tuesday morning. No other information about the shooting was immediately released and authorities did not...

(Princeton Plasma Physics Laboratory) ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Researchers at the U.S. Department of Energy’s Princeton Plasma Physics Laboratory (PPPL) have developed a new strategy in the quest to harness fusion to produce electricity: combining two existing methods of managing plasma to allow greater overall flexibility. The PPPL team’s new dual approach brings together electron cyclotron current drive (ECCD) methods with resonant magnetic perturbations (RMP), marking the first time a simulation showing how they can be used together could facilitate greater control of plasma during fusion reactions. In simple terms, fusion produces energy by replicating the natural processes occurring on the surface of...

Trump Media & Technology Group (TMTG), the operator of Truth Social, has agreed to an all-stock merger with nuclear fusion firm TAE Technologies, valued at roughly $6 billion. The deal is a strategic pivot to address the massive electricity demand from the artificial intelligence sector, transforming the social media company into a vertically integrated tech and energy giant. The new entity plans to build a 50-megawatt fusion pilot plant starting in 2026, marking an attempt to become one of the first publicly traded commercial fusion energy firms... ...The deal, which is set to close in mid-2026, would create one of...

DeepMind, the AI lab backed by Google parent company Alphabet, today announced that it used AI to successfully control superheated matter inside a nuclear fusion reactor. The lab claims that the system, which is detailed in a paper published in the journal Nature, could allow scientists to investigate how such matter reacts under different conditions. While DeepMind remains engaged in prestige projects like systems that can beat champions at StarCraft II and Go, the lab has in recent years turned its attention to more practical domains, such as code generation, language processing, weather forecasting, app recommendations, and video compression. DeepMind...

The Experimental Advanced Superconducting Tokamak (EAST) in Hefei in the east Chinese province of Anhui reports a new temperature record. At the end of last year, a plasma temperature of 70 million ° C could be maintained in the experimental nuclear fusion reactor for 1056 seconds, i.e. a good 17 minutes, reports the Institute for Plasma Physics at the Chinese Academy of Sciences (ASIPP). That is the longest time in which such a temperature could be kept constant. This creates a solid basis for further research into energy generation from nuclear fusion, writes the ASIPP. Its general director Prof. Yuntao...

Scientists in Germany said Thursday they had reached a milestone in a quest to derive energy from nuclear fusion, billed as a potentially limitless, safe and cheap source. [...] After spending a billion euros and nine years' construction work, physicists working on a German project called the "stellarator" said they had briefly generated a superheated helium plasma inside a vessel -- a key point in the experimental process. [...] The German experiment, using a machine called Wendelstein 7-X, was aimed at seeing whether it was possible to heat helium atoms with a microwave laser and to briefly contain the plasma...

Researchers could be one step closer to producing energy through nuclear fusion with word that a device called the stellarator is set to go online later this year in Germany. The largest contraption its kind, the Wendelstein 7-X fusion device is housed in a branch of the Max Planck Institute for Plasma Physics (IPP) near Munich. It won’t actually produce energy, the Institute said, but will be used to test the “specially shaped magnet coils which produce a magnetic cage which confines the plasma and keeps it away from the walls of the plasma vessel.”

But one group of UK researchers says that the key is to think smaller, and to mash together spherical reactors (a squashed-up version of regular-shaped reactors) and high temperature superconductors to accelerate the development of fusion energy. Their early prototype devices have a 1.2m diameter, and next up, they’re are aiming to build machines that are 3m high with a 2.5m diameter. ... “Instead of making bigger reactors, you go to a higher [magnetic] field that enables you to contain the plasma in an effective way.” ... “The idea is that the tokamak is like a magnetic bottle. On the...

Nuclear New York Energy Week: Fusion Energy Sooner and Cheaper? By Andrew Holland on June 18, 2015 at 2:00 PM A worker welds a part on the exterior of the Wendelstein 7-X experimental fusion reactor at the Max Planck Institute for Plasma Physics on October 29, 2013 in Greifswald, Germany. (Photo by Sean Gallup/Getty Images) What would it mean to have an essentially limitless amount of energy? If we can harness fusion power, we can have energy that is clean, safe, sustainable, and secure. It will be the power of a sun on earth. The dream of fusion energy...

Nuclear fusion is the dream of energy scientists the world over, because it promises limitless, clean electricity. Most efforts to kickstart the process use high-intensity lasers, insane magnetic field and super-hot hydrogen plasmas. But there may be a more humble alternative. It's called sonofusion, and it involves bubbles.Nuclear fusion is the process through which the cores of atoms, called nuclei, collide to form a new, larger atomic nucleus. When the two nuclei are of a lower mass than iron, the reaction creates energy—lots and lots of energy. For instance, when two hydrogen nuclei smash into each other, they creating...

Dr. Eddie DewaldA millimeter-sized fuel capsule inside its target can, or hohlraum. As it approaches its fifth birthday, the National Ignition Facility (NIF), a troubled laser fusion facility in California, has finally produced some results that fusion scientists can get enthusiastic about. In a series of experiments late last year, NIF researchers managed to produce energy yields 10 times greater than produced before and to demonstrate the phenomenon of self-heating that will be crucial if fusion is to reach its ultimate goal of “ignition”—a self-sustaining burning reaction that produces more energy than it consumes.“This is a very significant achievement, and...

Nuclear fusion hits energy milestone Total energy input still far higher than output For the first time, fuel for a nuclear fusion reaction has generated more energy than put into it – a scientific milestone. Scientists and futurists have long dreamed of harnessing the energy of nuclear fusion, which powers the sun, here on Earth. An enormous amount of energy is released when multiple atoms collide and fuse to form a new, heavier atom — such as hydrogen fusing into helium. Hydrogen fuel is plentiful in sources such as seawater and the fusion process generates no radioactive waste, greenhouse gases...

In each trial, 192 laser beams briefly fired into a half-inch-long gold cylinder. The cylinder held a tiny ball that contained the fuel, which was a mix of two kinds of hydrogen, called deuterium and tritium. The energy from the lasers kicked off a process that compressed the ball by an amount akin to squeezing a basketball down to the size of a pea, said Debbie Callahan, an author of the paper. That created the extremely high pressure and temperatures needed to get the hydrogen atoms to fuse. It was all over in the blink of an eye, with the...

Researchers at a laboratory in California say they've had a breakthrough in producing fusion reactions with a giant laser. The success comes after years of struggling to get the laser to work and is another step in the decades-long quest for fusion energy. Omar Hurricane, a researcher at Lawrence Livermore National Laboratory, says that for the first time, they've produced significant amounts of fusion by zapping a target with their laser. "We've gotten more energy out of the fusion fuel than we put into the fusion fuel," he says. Strictly speaking, while more energy came from fusion than went into...

Researchers at a US lab have passed a crucial milestone on the way to their ultimate goal of achieving self-sustaining nuclear fusion. Harnessing fusion - the process that powers the Sun - could provide an unlimited and cheap source of energy. But to be viable, fusion power plants would have to produce more energy than they consume, which has proven elusive. Now, a breakthrough by scientists at the National Ignition Facility (NIF) could boost hopes of scaling up fusion. NIF, based at Livermore in California, uses 192 beams from the world's most powerful laser to heat and compress a small...

Resource depletion, climate change and rising oil prices have led to large investments in renewable energy and new fossil fuel extraction techniques. However despite the positive headlines on solar, wind, and shale, all of these sectors are beset with problems that add to our uncertain energy future. We appear to be decades away from finding a renewable source that will help us avoid the impending energy crisis. Yet amongst this bleak outlook a relatively unknown Italian inventor could be about to spark an energy revolution? Andrea Rossi appears to have produced the first working “cold” fusion device, or low energy...

It may look like any average building but behind closed doors could lie the answer to safe renewable energy of the future. Here at the National Ignition Facility in Livermore California, scientists are aiming to build the world's first sustainable fusion reactor by 'creating a miniature star on Earth'. Following a series of key experiments over the last few weeks, the £2.2 billion project has inched a little closer to its goal of igniting a workable fusion reaction by 2012.

/begin my excerpts N. Korea Might Have Tested Fusion Process Ju Yong-joong Two days after May 12 announcement, eight times the normal level of radioactive substance Xenon was detected Government kept it under wraps It has been revealed on June 20 that the northern most monitoring station under Korea Institute of Nuclear Safety (KINS) detected eight times the normal level of radioactive substance Xenon right after N. Korea announced on May 12 that it had successful nuclear fusion process, key technology to make hydrogen bomb. It is raising the possibility that N. Korea actually conducted a small-scale nuclear test (required)...