Behavior patterns of observables in quantum-classical limit

Linear, Bidirectional and Circular Controlled Quantum Teleportation and Quantum State Sharing using a Seven Qubit Genuinely Entangled State

“…Quantum Kerr systems have such a kaleidoscopic mode of evolving, which is found to be reproducible based on interference of trajectories in the classical phase space (75). In the quantum-classical limit, where Planck's constant h → 0, it is seen that observables behave differently, leading to the preservation or disappearance of significant variables and their stochastic tendencies, such as for oscillator coordinate and spin variable respectively (76). Even in the case of skyrmions, we cannot simulate quantum skyrmions on classical supercomputers due to fundamental limitations, particularly around quantum fluctuations (77).…”

Do the uncertainty relations really have crucial significances for physics ?

“…A survey of the mentioned kind was approached by us in the report [3] as well as in its precursor papers [7][8][9][10][11][12][13][14][15] and preprints [16]. Our approaches, summarized in [3], disclose the fact that each of all basic elements (presumptions) of CIUR are troubled by a number of insurmountable shortcomings (unthruths).…”