New fusion research reveals how plasma can spontaneously generate its magnetic field, in a fundamental breakthrough.

The illustration depicts an intense laser field (red wave) interacting with Deuterium and Tritium nuclei. By modifying the collision energy distribution, the laser field facilitates quantum tunneling ...

Physicists are teasing a potential leap in nuclear fusion that sounds almost absurd on its face: a path to reactions that are “billion times” more efficient by swapping today’s ultra-short, ...

Three years ago, scientists at Lawrence Livermore National Laboratory in California had a scientific breakthrough: As they fired lasers at a tiny pellet of fuel, they achieved fusion “ignition” for ...

The world’s only net-positive fusion experiment has been steadily ramping up the amount of power it produces, TechCrunch has learned. In recent attempts, the team at the U.S. Department of Energy’s ...

A team of researchers has identified a mechanism that could lower the extreme temperature requirements for controlled nuclear fusion. The study reveals that intense low-frequency lasers are ...

A $160 million laser research facility being built at Colorado State University will position the university at the center of ...

A memorandum of understanding has been signed by representatives from politics, business and science aimed at establishing a laser-based nuclear fusion power plant at the former Biblis nuclear power ...

China's Experimental Advanced Superconducting Tokamak achieved a sustained temperature of 100 million degrees Celsius, marking a significant milestone in nuclear fusion research. The potential of ...

If it looks like the set of some Hollywood sci-fi show, perhaps that's fitting, because what they are doing here is making stars on Earth. "We are able to make miniature stars, 'cause fusion is the ...

Opportunities to invest in commercial nuclear fusion are limited for now, but these companies stand to benefit from their ...