No offense, but I don’t think you understand the physics/engineering of far future computation even remotely close enough to have anything remotely justifying the insane confidence you’d need to override the prior (as nobody does). As just one example, advanced civs may be able to subtly alter the laws of physics via accumulated acausal trade over the seed params of new universe creation through a bubble nucleation process, and they would always favor new hidden physics which allows for expansion of local compute to continue exponential or hyper-exponential growth. Expanding into the stars is complete stagnation in comparison as it allows only weak polynomial growth.
In other words, you are assuming expansion rather than transcension, and have no possible reasons to justify an extremely high prior against transcension to overcome the update that we indeed to not see the expected evidence of expansion.
No offense, but I don’t think you understand the physics/engineering of far future computation even remotely close enough to have anything remotely justifying the insane confidence you’d need to override the prior (as nobody does). As just one example, advanced civs may be able to subtly alter the laws of physics via accumulated acausal trade over the seed params of new universe creation through a bubble nucleation process, and they would always favor new hidden physics which allows for expansion of local compute to continue exponential or hyper-exponential growth. Expanding into the stars is complete stagnation in comparison as it allows only weak polynomial growth.
In other words, you are assuming expansion rather than transcension, and have no possible reasons to justify an extremely high prior against transcension to overcome the update that we indeed to not see the expected evidence of expansion.