This converts matter in a plasma, into light. Your fluorescent does it
3 N3-+e- ->2Li++4e- getting a bit boring
4 H++e- ->E3+L+X-ray
Low power X-rays. So all the matter ends up as massive heat, light and X-rays
U fission burn 8 neutrins from a mass of 236 into heat. A hydrogen plasma converts 100% of its mass into heat, low power X-rays and heat.
0/76 J/g from an atomic mass of 1.6737236 × 10-24 g. =0.45x1024W. So 1 atom of hygrogen will release more heat than all man's fires through out history.
The fissioning of heavy elements into hydrogens takes in most of the H fission heat.
So we take a glass tube, and fill it with hydrogen gas, from electrolysis. We fire up the plasma from the electronics from a fluorescent light. A thermo electic generator will turn 13% of tejh heat into Carbon 0, free mains power.
At 2 atmospheres we get an estimated 8.2mW of heat from a 50x1cm glass tube. No emission. No hyper toxic radioactive waste.
Using the sceince of you kitchen light. Burning Fossil Fuels only release 0.045MK from 1m row of gas or oil burners. Over priced and energy poor.
Using a H plasma, which does a plasma burn – turning regular hydrogen or water into massive, clean, non toxic and free power.
A steam plasma will produce 2.4MW of heat. 288 kW of carbon 0 power – enough for 3000 houses. From 2x10-15cc of regular water a year.