-5171ffc0182b6af927f-6914 20220909150402506 hyperscienceij@gmail.com:rcrl hyperscienceij@gmail.com WEB-FORM Hyperscience International Journals HIJ 28213300 09 2022 2 3 Federal Reserve Bank Of New York, USA‎ Mark Syrkin ‎ https://orcid.org/0000-0003-1510-1851 In this Part II we focus on a few key elements of quantum mechanics essential for understanding of quantum technologies ‎and computing. We begin with a subtle but important similarity between classical and quantum mechanics which is typically ‎overlooked in favor of apparent differences. Further, it is reminded that classical motion can be obtained via averaging ‎over quantum distributions/wave functions and, conversely, quantum distributions can be recast as a superposition of virtual ‎classical paths. Relatedly, we emphasize the importance of the case intermediate between classical and quantum mechanics – ‎that is, quasi-classical mechanics. The above background facilitates additional insights and heuristics into the mechanisms of ‎widely acclaimed long-distance correlations in quantum mechanics and the origins of the coherency in quantum ensembles in the ‎context of wave-particle duality. ‎ 09 2022 103 107 10.55672/hij2022pp103-107 https://hscience.org/index.php/hij/article/view/36