How would a physicists expect a perfect relativist quantum particles simulation to look like?(adsbygoogle = window.adsbygoogle || []).push({});

Can anyone give a description of its functionality?

Let's say for example, someone would program a simulation, composed of a 4D space-time diagram. Within this simulation are a large amount of quantum particles "floating around". At any given spacetime point or volume within this simulation, the simulation would give you the exact probability of detecting a given particle or the strength of the particle field.

Here i must ask, when QM physicists are talking about the probability of detecting a particles within a given volume of space, do they mean 3D space or 4D-space(spacetime)?

The above description is just an about how i would imagine it to give you a picture of what kind of answer i am expecting.

What kind of properties/functionality would an expert demand of such a simulation, to consider it perfect? What kind of information would he have to be able to extract out of this simulation to consider it complete as in being powered by a TOE?

Assume we have access to arbitrary fast computers with arbitrary large amount of memory.

Such a simulation, with enough particles simulation, would under the right conditions form molecules, proteins, bacteria, insects and higher life eventually (ignoring philosophical considerations).

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# B The perfect relativistic quantum particles simulation

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