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Mass-energy equivalence in wave–particle duality of light: Integrated quantum and classical mechanics

Optik, ISSN: 0030-4026, Vol: 188, Page: 71-77
2019
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Article Description

As phenomenologically reported by Young and Einstein, the two different and/or coinstantaneous propagation forms of light (wave and particle), are geometrically unclear. This problem arises because of their opposing conceptualities and strange dual characteristics. Here, we show that for electromagnetism-based physical phenomena a series of successive rotation–revolution–precession motions beginning with the translational motion of the origin energy generates both electricity and magnetism. Consequently, the regular back-and-forth vibration with phase difference originating from the inclined rotation axis simultaneously generates periodic wave oscillations as well as straight particle characteristics. Based on Einstein’s E = mc2 formula, our new energy-based approach towards the dual characteristics of light is presented and validated. Therefore, the present classification of light, comprising both wave and particle natures at the micro- and macro-scales, respectively, is not directly contradictory, and the inherently dual nature of light can be easily incorporated into a single logically coherent paradigm.

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