So I'll just leave this here...For the jargon heads among you what I did is I had the realisation that inertial confinement fusion could be supercharged with pulsed petawatt gamma ray lasers aimed at a small crystal of reidite (ZrSiO4). The beauty of this mineral is that the high-Z phase (Zirconium) absorbs the massive energy dumped into it as a function of it's nuclear characteristics. Originally it was gonna be a hollow crystal filled with nuclear fuel but then I realised it is nuclear fuel, and that when the gamma rays are pulsed down into that picometer sized area they don't just ignite it like a nuke, they actually make the matter absorb the energy and compress down past the swarzchild radius in a density that produces an artificial event horizon. The mass-energy equivalent of this is multiplied as it access the zero point layer making it from a few kilograms to a few billion tons (equivalent of mount everest) and the micro black hole naturally goes to the most stable primordial size of that of a grain of sand. The hawking radiation emitted is harvested and produces power in direct proportion to the radius of the event horizon (petawatts, exawatts, literally no limit as it harnesses past the zero point layer directly to the quantum foam) the toughness and tightness of this incredibly sturdy mineral converts the braking radiation into heat thermal energy and light which is then taken in by quark-guluonic superconducting thermocouples to harvest this energy back from the initial picosecond pulse of petawatt gamma rays, producing a very stable system that is resistant to most tampering and rapid release of energy. When the black hole containment system fails it drains straight back into the quantum layer absorbing all of that energy because it literally cannot be expelled fast enough so it goes internal, through the singularity and out of existence causing that tiny wee black hole to vanish againinstructions for homebrew in the picture.
new word: slopzo
>>16872452this bot has been on /sci/ since 2020 I shit you not
