ImplicitDemands Posted April 29 Share Posted April 29 28 minutes ago, Moontanman said: So nothing conclusive means no value? Maybe in 20 years we'll have controlled fusion, we've only been pursuing this for 80 years or so and it's always just 20 years away but we continue to gather info hoping that eventually we will figure it out. Gathering accurate data about something potentially so important is never a useless endeavor. We can control fusion when employing 192 converging lasers but they lose energy that isn't regained. My solution involved requiring less energy to power the lasers of the same magnitude that can easily be sustained by the fusion events. The solution involves photovoltaic panels to reincorporate the energy released by the fusion events, while both prolonging the photoelectric effect and intensifying the energy it receives/produces over time. Link to comment Share on other sites More sharing options...
Moontanman Posted April 29 Share Posted April 29 2 minutes ago, ImplicitDemands said: We can control fusion when employing 192 converging lasers but they lose energy that isn't regained. My solution involved requiring less energy to power the lasers of the same magnitude that can easily be sustained by the fusion events. The solution involves photovoltaic panels to reincorporate the energy released by the fusion events, while both prolonging the photoelectric effect and intensifying the energy it receives/produces over time. You should contact Livermore labs. Link to comment Share on other sites More sharing options...
ImplicitDemands Posted April 29 Author Share Posted April 29 (edited) 24 minutes ago, Moontanman said: You should contact Livermore labs. Here's a small extra tidbit, there are electroluminescent wires used in two phases, in the first phase they do get a charge from multiple photoconductive electrodes (that can be powered by the fusion itself after it begins). But other electroluminescent wires (this time underneath a fiber optic material) are going to get an additional charge of electrons in the second phase of the fusion cycle seemingly out of no where (on top of the same quantity of charge the first set of wires get hit with). How does it get extra charge from the first cycle without adding new energy into the system? And what is the extra light the wire releases used for? For the latter, well phase 3 of course! I'll leave the former to the imagination. Edited April 29 by ImplicitDemands Link to comment Share on other sites More sharing options...
swansont Posted April 29 Share Posted April 29 ! Moderator Note Rather than contacting anyone, you should just not hijack threads to talk about your pet theory Link to comment Share on other sites More sharing options...
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