We can not even do fusion in a reactor that produces energy in total. A more realistic version is Project Pluto. A ramjet powered by fission. https://en.wikipedia.org/wiki/Project_Pluto
Your assertions are incorrect. LPP boron-proton fusion has been net positive for some time; they only have to deal with fuel impurities (so much as 1 non Boron atom causes unacceptable gamma radiation in their plasmoid reactor).
Aureon Energy's SAFIRE fusion orb also produces excess heat for electrical energy invested; they're investigating if this can be controlled in such a way as to run steam turbines from the excess.
Looks like a scam.
We can not even do fusion in a reactor that produces energy in total. A more realistic version is Project Pluto. A ramjet powered by fission. https://en.wikipedia.org/wiki/Project_Pluto
Your assertions are incorrect. LPP boron-proton fusion has been net positive for some time; they only have to deal with fuel impurities (so much as 1 non Boron atom causes unacceptable gamma radiation in their plasmoid reactor).
Aureon Energy's SAFIRE fusion orb also produces excess heat for electrical energy invested; they're investigating if this can be controlled in such a way as to run steam turbines from the excess.
The "Crowbar" because it was so simple.
Op Pluto terminated 60 years ago? I wonder if it continued in some form or as part of a "black budget".
Lots of crazy ideas at that time.
The Orion project was using nuclear explosions to lift a rocket. Worked as expected. https://www.youtube.com/watch?v=7FBwXyPWG5o
That's fast, but it is a drop in the bucket to get to another star. A rough calculation yields about 9 million years to get to the closest (check me).
https://en.wikipedia.org/wiki/Alpha_Centauri 4.37 light years - going with 4.25 LY for no good reason..
https://unitchefs.com/light-years/miles/4.25/
says 25 trillion miles
500,000 mph = 4.38 billion miles a year = 5,704 years?
Long time between drinks either way!