What if a computer were to enter this frozen dimension? It can do centillions of computer calculations and the time in the real world is at 0, and the computer is in a stationary state in space and located in another dimension. The benefit of this is that the computer can do as much calculations in a frozen state located in a frozen dimension. Think about it, the computer goes into the frozen dimension and do 30 years of computer calculations, and finally it exits this frozen dimension into the real world with the desired computer outputs. Meaning the computer was able to do 30 years of calculations in 0 second, because it was done inside a frozen dimension outside of our dimension. This is just for one computer. What if we sent 5 trillion computers, all working on a single problem in this frozen dimension? Or even better is if we send the entire internet in this frozen dimension to process computer calculations. The question to be asked is how do we send an object into this frozen dimension? The answer: we need to construct an AI ship that can travel faster than the speed of light. Once the AI ship passes the speed of light barrier it will vanish and appear in the frozen dimension. Onboard the AI ship are a plurality of computers and datacenters to do machine calculations inside a frozen dimension where time and space is set to 0. Another question is how does the Ai ship get out of this frozen dimension? The answer is it can get out by slowing down the speed of the AI ship below the speed of light. At this point, the AI ship will reappear again in the real world at the same space and the same time it disappeared. The computers onboard the fasterthanlight AI ship are called 4-dimension computers or 4-dimension Internets (4-d computers or 4-d internets for short).