Kuantum Teorisinin Yorumu ve Doğanın Rolü

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Kuantum Teorisinin Yorumu ve Doğanın Rolü

Journal Title: Mehmet Akif Ersoy Üniversitesi Uygulamalı Bilimler Dergisi - Year 2017, Vol 1, Issue 1

Abstract

The connection involving classical and quantum theory is of main value to the philosophy of physics, and any kind of decryption of quantum mechanics needs to explain it. Aside from gravity, quantum mechanics clarifies practically all identified pattern, from the framework of atoms, the principles of chemistry and qualities of condensed matter to nuclear composition and the physics of primary contaminants. And it really does all this to an unparalleled degree of precision. However, nearly 90 years since its breakthrough, there is a common agreement that we still lack a profound comprehending of quantum mechanics. Mixture of thoughts and methods does not really solve the measurement issue, but it does create the position that classicality outcomes from the removal of specific states and observables from quantum theory. Therefore the classical world is not developed by observation but instead by the absence of it. Quantum concept is a probabilistic calculus which permits the calculations of the possibilities of the feasible results of a measurement conducted on a physical process. But what significance does it possess for the mechanical conceiving of Nature that underlies traditional physics? Astonishingly, some eighty years following the development of quantum theory, we nevertheless lack obvious responses to these concerns. In this paper, we go over the nature of the boundaries that stay in our strategy, and explain current work to get over them by seeking to restore the math concepts of quantum theory through a minor number of basic physical concepts.

Authors and Affiliations

Kubilay Kaptan

Keywords

EP ID EP418251
DOI 10.31200/makuubd.322207
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