As we all know the Classical physics have wings over massive objects on other hand Quantum physics is about smaller level of objects. Can a new assumption of satisfying both Classical and Quantum Theories happens in future?
If one considers classical physics as the limiting case of large quantum numbers, one does not need any new assumptions.
There are certain relations which are not quantized, they do not contain quantum corrections. E.g. (xpx)^n=x^n p^n x^n.
Classical scale observations include causation and coherence. Coherence and entanglement are the same phenomenon. Once these are incorporated into QM, QM will be united with classical and perhaps cosmology.
The two are the difference between tonal spacetime and atonal spacetime, and do not need to merge.
Preprint Chord(Quantum)Spacetime
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