0: Unlike nuclear weapons, AI capabilities can be used without immediately angering the public or damaging the enemy. 1: In fact, the most effective doctrine of AI weaponry is to not to use it at all against the enemy, but only for its own development. Besides the recursive effect, using...
0: The only possible form of democracy is a slightly-modified sortition system.
1: The "slightly-modified sortition system" must have a strict one-term limit, a strict lobbying ban at pension sanctiond, a some time of "attend 1/5th of lectures to pass" education for the winners, a blockchain for entropy storage & running whole lottery again as an app for mathematical proof of correctness, and smartphone restrictions for the winners.
2: It is very likely, that by forming a Random Party and getting it admitted as a legal "identity" of the candidates in the lottery (it is more of identity as small chance to chosen), such system could become part of the landscape in some of... (read 397 more words →)
0: Unlike nuclear weapons, AI capabilities can be used without immediately angering the public or damaging the enemy.
1: In fact, the most effective doctrine of AI weaponry is to not to use it at all against the enemy, but only for its own development. Besides the recursive effect, using it against the enemy spoils your current capabilities which weakens your deterrence and potentially makes it easier for the enemy to catch up.
2: The amount of nuclear weapons can be hidden for sufficiently large mainland if the government is well-funded.
3: Compute generates heat, requires electricity, and requires not only for heat capture and electricity but also for the compute itself a large industrial... (read 215 more words →)
2025-06-18T18:59:58.000Z
0: I divide my treatment of intelligences into game theoretical examination of the uses of intelligences and EA theoretical examination of rationality in fictional envrionments ultimately aiming for a powerset of strategies for synthetic intelligences of different sizes.
1: I hold deep interest in computational ultrafinitism, i.e. limiting the sum of bits every automata state delta takes when added to the beginning state such that it never exceeds M bits including the limiting "kernel", which I see as the only way to pave mathematics forwards.
LLMs allow us to finally scale up our ancient chatbots (expert systems) and other fully artificial generation, analogous to original Moog. Why is no one intent on doing this?
Crazy.