Submitted by Robo-Connery t3_zl56h9 in science
Vertigofrost t1_j06lq67 wrote
Reply to comment by zbobet2012 in National Ignition Facility (NIF) announces net positive energy fusion experiment by Robo-Connery
I'm not an expert either but I think I can provide some limited responses for your questions.
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That represents a 40x reduction in power requirements for the laser, which is only a single order of magnitude and realistically not a massive change in the energy balance.
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While this could be true, the current cost of a shot is over 100,000x more expensive than it would need to be for that to be true. You need shots costing pennies when they currently cost >$10,000.
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Tritium is naturally rare but not hard to make. Bombarding lithium with neutrons is not a super complex process, though capturing the resulting tritium requires a good set-up. Not something that's really a worry for nuclear proliferation because anyone could do it. It's currently produced in 10-20kg per year from reactors and can be stored for future use. The industrial production would need to occur for future fusion needs but its not such a big problem.
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The LIFE project has clear goals but not really steps to get to commercial production.
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I will leave this one to an expert.
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