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you can encode any arbitrary information into a one dimensional value.... eg: a large enough number can encode the whole universe.... But decoding any meanin
by ardit33 7y ago
you can encode any arbitrary information into a one dimensional value....
eg: a large enough number can encode the whole universe....
But decoding any meaningful information has to be at least in two dimensions....
In two dimensions, you can describe everything.... the other dimensions are not needed (and perhaps just emerging, according to the holographic principle)....
- lonelappde 7y ago> But decoding any meaningful information has to be at least in two dimensions.... What does this mean?
- goldenkey 7y agoIt's the uncertainty principle and principle of orthogonal observables. Energy vs time for example. You need two dimensions for a comparison. One dimension is static.