I think you can avoid the reddit user’s criticism if you go for an intermediate risk averse policy. On that policy, there being at least one world without catastrophe is highly important, but additional worlds also count more heavily than a standard utilitarian would say, up until good worlds approach about half (1/e?) the weight using the Born rule.
However, the setup seems to assume that there is little enough competition that “we” can choose a QRNG approach without being left behind. You touch on related issues when discussing costs, but this merits separate consideration.
My understanding is that GPT style transformer architecture already incorporates random seeds at various points. In which case, adding this functionality to the random seeds wouldn’t cause any significant “cost” in terms of competing with other implementations.
I think you can avoid the reddit user’s criticism if you go for an intermediate risk averse policy. On that policy, there being at least one world without catastrophe is highly important, but additional worlds also count more heavily than a standard utilitarian would say, up until good worlds approach about half (1/e?) the weight using the Born rule.
However, the setup seems to assume that there is little enough competition that “we” can choose a QRNG approach without being left behind. You touch on related issues when discussing costs, but this merits separate consideration.
My understanding is that GPT style transformer architecture already incorporates random seeds at various points. In which case, adding this functionality to the random seeds wouldn’t cause any significant “cost” in terms of competing with other implementations.