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submitted 1 week ago by Delta_V@lemmy.world to c/science@lemmy.world

...“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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I think...$5,500 in 2005? Probably not relevant to today's prices. I would imagine the equipment has made things a bit safer and easier, which would probably ... Well I'm sure it wouldn't drop the price because who ever does that? But it probably kept it from rising too much.

this post was submitted on 23 Jan 2026
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