this post was submitted on 23 Jan 2026
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...“The calculation results show enhancements of fusion yields by orders of magnitude with currently available intense low-frequency laser fields,” highlighted the study.

For a collision energy of 1 keV—a level where fusion is normally almost impossible—the application of a 1.55 eV low-frequency laser can transform the reaction rate.

At 10^20 W/cm² intensity, the fusion probability increases by three orders of magnitude, while increasing the intensity to 5×10^21 W/cm² boosts the efficiency by a staggering nine orders of magnitude.

This dramatic increase effectively makes fusion at 1 keV (relatively low temperature) as probable as fusion at 10 keV without laser assistance...

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[–] squaresinger@lemmy.world 15 points 22 hours ago (2 children)

Cool for anyone researching in that field. For the general public this doesn't exist until it's actually happening.

[–] melfie@lemy.lol 18 points 22 hours ago (1 children)

Getting closer: probably about 30 years away with this new development.

[–] Thedogdrinkscoffee@lemmy.ca 10 points 20 hours ago (1 children)

It's always been 30 years away.

[–] ikidd@lemmy.world 6 points 18 hours ago

thatsthejoke.jpg

[–] Dupelet@piefed.social 1 points 12 hours ago (1 children)

This is c/science, not c/engineering

[–] squaresinger@lemmy.world 0 points 9 hours ago

Yeah, but c/science is popscience not real science.