The result is a laser-fired fusion reactor that has already managed to produce more energy than it takes to run. In short, the technique involves putting deuterium in a high-pressure chamber so the ultra-dense material forms on the surface. When zapped with a laser for a few nanoseconds, the fusion process begins. The trick is timing the pulses of the laser with the production of deuterium, currently about ten times a second. ...They could be built small enough to power neighborhoods or even single homes.
https://www.asme.org/engineering-topics/articles/energy/small-reactor-with-big-potential Laser plus Dense Water - you can do this in your own body since we have biophoton lasers inside us.
this ultra-dense form of hydrogen, an usual phase of deuterium.https://www.thespectrum.com/story/news/2018/01/18/southern-utah-scientist-studying-potentially-most-dense-material-our-solar-system/1044139001/
But here's the problem: At 300 pounds per cubic centimeter, Taggett is just one of three scientists (that he knows of) on the planet who's studying it.
Taggett said the time difference is significant and demonstrates something extremely dense has formed;
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