▲ | ben_w 5 days ago | |||||||
Energetically, it would take 1.244e29 J to disassemble the moon: https://www.wolframalpha.com/input?i=binding+energy+moon This can only be done if the VN machines are able to form a useful cloud away from the moon immediately after they've disassembled the surface layer. If they aren't allowed to do that, it would take 415 millennia: https://www.wolframalpha.com/input?i=1.244e29+J+%2F+%281kW%2... But you can make it twice as fast by getting the first layer to lift the second layer to cislunar orbit, then combine the power of both layers; then four times as fast etc. etc. I don't know the upper limit before the main constraint is cooling. | ||||||||
▲ | nathan_compton 5 days ago | parent [-] | |||||||
Without getting into hairy calculations, if you really thought this was possible with a high probability, you'd accept $20 bucks and agree to give me a big payout (say $4000) in the future (say when you retire) because you think there is a large chance you'd never have to pay. We could game this out and figure out exactly what a rational bet is, but you get my point. It seems very hard to believe you think there is a 10-15% chance. Those are probabilities at which you would be making major moves to hedge. | ||||||||
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