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andrew848
- 6
- 0
I am certainly not qualified to really comment on this subject, but I have been playing around with some ideas on how to confine neutrons to the interior of a nuclear reactor. I was wondering if there was a way to capture a emitted neutron from a reaction with a selected isotope that would be able to hold on to it long enough be slowed down with a EM field. the heavier isotope being centrifuged out then emitting it into a neutron trap in a ultra cold state and hopefully being able to hold it long enough to decay into a proton.
Side note for funsies that's definitely sci fi, wouldn't magnetic confinement fusion benefit from something that caused a disproportionate amount of gravity pulling particles to the center of the reactor and together. stimulating the higgs field? What amount's to a black hole or a neutron star in the shape of a ring?
Again all of this is well beyond me.
Side note for funsies that's definitely sci fi, wouldn't magnetic confinement fusion benefit from something that caused a disproportionate amount of gravity pulling particles to the center of the reactor and together. stimulating the higgs field? What amount's to a black hole or a neutron star in the shape of a ring?
Again all of this is well beyond me.