4 ms·
The continued shrinking of accelerators has had me brainstorming on a compact nanofusion approach for awhile https://docs.google.com/document/d/1B5maRx9w0ahQTq
by pmayrgundter 2y ago
The continued shrinking of accelerators has had me brainstorming on a compact nanofusion approach for awhile
https://docs.google.com/document/d/1B5maRx9w0ahQTqSe6UZ56rd0P4M3pB3RTI1lQBhYRUw/edit?usp=drivesdk https://docs.google.com/document/d/1B5maRx9w0ahQTqSe6UZ56rd0...
- ben_w 2y agoYou might want to also look at what can already be done with an electrostatic design such as a fusor, and why they aren't widespread outside of science fair projects. Another limitation with anything micro-fabricated is that the resulting radiation from fusion working is going to knock atoms out of their lattices, degrading chips in direct proportion to total (lifetime) energy output.
- pmayrgundter 2y agoYeah, I did a bit but thanks for the thought. Will again Agreed the micro architecture and energies involved are.. challenging I guess my thinking is that most of the assumptions that might have precluded small scales may have radically changed I'm thinking of the lattice as more of a staging area for a downrange scatter, so no local accumulation of the energies. But no idea how practical that may be