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Can water solve a maze? [video]

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Re: Can water solve a maze? [video]

#4
If you are using a gas rather than a liquid, it is even simpler. Just set a high pressure at the beginning and a low pressure at the end. The gas will automatically follow the steepest part of the pressure gradient.

The static solution can be calculated by solving the Poisson equation. In [1] you can see a small implementation of the idea.

[1] https://simulationcorner.net/maze/

Re: Can water solve a maze? [video]

#8
A computer is a computer, and our universe is a computer. So, it's possible we're living in a simulation but not one that was intentionally constructed by a higher life form, but rather, a simulation that emerged from nature (e.g. electrons whizzing along the surface of silica rock on a desolate planet). Our universe could recursively be computers all the way down.

Re: Can water solve a maze? [video]

#9

I've often wondered, is this vaguely analogous to the quantum wave function and what's happening when particles try all possible paths?

Related links:

https://en.wikipedia.org/wiki/Pilot_wave_theory

https://en.wikipedia.org/wiki/De_Broglie%E2%80%93Bohm_theory

https://en.wikipedia.org/wiki/Hydrodynamic_quantum_analogs

Re: Can water solve a maze? [video]

#10

A computer is a computer, and our universe is a computer. So, it's possible we're living in a simulation but not one that was intentionally constructed by a higher life form, but rather, a simulation that emerged from nature (e.g. electrons whizzing along the surface of silica rock on a desolate planet). Our universe could recursively be computers all the way down.

A computer is always imperfect though, compared to the universe, which is very stable and extremely perfect to the last detail. I don't think we can even compare since the scale and the domain is so vast.
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