Ur computer is a physical system and some aspects of it uncomputable. You cant approximate or predict everything. Picture it as billiard balls modeling a circuit, you can’t tell whether it halts, meaning you don’t know where the balls will be.
Or a program that knocks out a bottle when it finds a counter example for whatever . U can’t tell whether it will spill the liquid.
And you have as well the problems of approximating the continuous with bits, you’ll always lose information
A human can't tell if it halts either, friend. A simulation of that human will follow the same infinite step calculation and they will behave identically. Physics can be simulated in finite time to any degree of accuracy.
I hear how passionately you want to believe these things. Unfortunately they're not true. I suggest you look into it.
Ur computer is a physical system and some aspects of it uncomputable. You cant approximate or predict everything. Picture it as billiard balls modeling a circuit, you can’t tell whether it halts, meaning you don’t know where the balls will be.
Or a program that knocks out a bottle when it finds a counter example for whatever . U can’t tell whether it will spill the liquid.
And you have as well the problems of approximating the continuous with bits, you’ll always lose information
A human can't tell if it halts either, friend. A simulation of that human will follow the same infinite step calculation and they will behave identically. Physics can be simulated in finite time to any degree of accuracy.
I hear how passionately you want to believe these things. Unfortunately they're not true. I suggest you look into it.