In 2050, mankind has achieved a certain sense of energy freedom because of the popularization and commercialization of nuclear fusion; at the same time, the generalization and large-scale application of quantum computers have almost simultaneously made up for the shortcomings of computing power freedom. A certain group has conceived the idea of freezing a certain moment in the real world, making data slices, and reconstructing them in a quantum server, and then running at 1.2 Times the time speed to predict the future and avoid disasters on the level of all mankind.
During the implementation process, it was found that because the control variables need to be fully controlled, the copied world must be a perfect and complete world. There must be an identical quantum simulator in the simulated lower world. The world simulated by this lower-level simulator will also have an identical quantum simulator. If this continues, there is a worry that the computing power will be exhausted as soon as the upper-level simulator starts running.
However, according to estimates and calculations, according to the Big Squeeze Theory, there will only be a maximum of 118 layers of simulated worlds in the bottom layer of the laminated world, because the internal world of the 118th layer of the simulator is also the 119th layer of the world. The heat death of the universe will occur the moment the uppermost simulator runs. Therefore, only the instantaneous energy and computing power supply at startup need to be considered. The real-world quantum server, that is, the simulator, will only have smaller and smaller loads as time goes by.
So this plan was implemented.
Reader comments
The ideas are huge, the logic is rigorous, the rhythm is tight, and the ideas are consistent.
The ideas are huge, the logic is rigorous, the rhythm is tight, and the ideas are consistent.