The Relativity hidden in Quantum Phenomena_0T

Abstract: This article aims to reinterpret the hidden principle and mechanism of the double-slit experiment in a more comprehensible manner, and to demonstrate a new perspective that better clarifies existent phenomena. This new perspective involves conducting the observation and analysis at a relative angle, which can partially reconcile the divergence between the quantum theory and the relativity theory. Several concepts are redefined from a relative viewpoint. In the proposed interpretation, the wave–particle duality observed in typical double-slit experiments gives only a surface appearance of certainty. The non-locality hidden in special relativity theory, which can also be found from a relative viewpoint, can subsequently be used to explain weird quantum behaviors, as well as other classic theories like principle of least action. The considerations on concept of relativity are applicable to other cosmological phenomena such as dark energy or dark matter, providing a more comprehensible explanation than conventional thinking. A series of other doubtful phenomena, such as probability of quantum events, can also be reasonably comprehended in light of the present conclusions. And finally, possible application directions are cautiously forecasted. *Correspondence to: WM.Anonymous@hotmail.comCompared with previous version: 1) Modify Fig. 15 and the relavant content in the manuscript. 2) Add descriptions about the relation between the gravitational mass and the inertial mass, as well as the opinion of the gravitational field and the electromagnetic field