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Вісник Національного технічного університету України Київський політехнічний інститут. Серія: Радіотехніка. Радіоапаратобудування

ПРО КОГЕРЕНТНІСТЬ ЕЛЕКТРОМАГНІНИХ ХВИЛЬ, ЗОКРЕМА, СВІТЛОВИХ (Частина третя)

П. А. Демьяненко, Ю. Ф. Зиньковский

Published Jan 1, 2010• 0 citations
OpenAlex

Abstract

Quantum-packet model of light beam was proposed. This model organically reconciles wave-corpuscle properties of light beam and explains nature of it coherency and physics sense of it parameters.

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НЕТРАДИЦІЙНІ ВИДИ ХВИЛЬОВИХ ПРОЦЕСІВ У ПРИРОДІ

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Показано, що в природі існують хвильові процеси двох принципово відмінних типів: процес поширення хвиль як коливань середовища і поширення хвиль як потоку частинок, що перебувають у внутрішньому коливальному стані. Потік частинок, які коливаються, дає можливість зрозуміти, що в електромагнітній хвилі відбуваються коливання типу «енергія – маса – енергія – маса…», що усуває суперечність двоїстості природи електромагнітних хвиль. It is shown that there are two materially different types of processes in nature: the process of the wave propagation as vibration of the environment; and also the wave propagation as the stream of particles, which oscillate internally. The stream of oscillating particles, which have inner oscillations “mass-energy-mass-energy” explains contradiction of dual nature of electromagnetic waves.

НАУКОВІ ЗАПИСКИ. Серія: ПРОБЛЕМИ МЕТОДИКИ ФІЗИКО-МАТЕМАТИЧНОЇ І ТЕХНОЛОГІЧНОЇ ОСВІТИ•Jan 1, 2015•0 citations

Can the 'photon interferes only with itself' hypothesis be reconciled with superposition of light from multiple beams or sources?

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Any superposition effect as measured (SEM) by us is the summation of simultaneous stimulations experienced by a detector due to the presence of multiple copies of a detectee each carrying different values of the same parameter. We discus the cases with light beams carrying same frequency for both diffraction and multiple beam Fabry-Perot interferometer and also a case where the two superposed light beams carry different frequencies. Our key argument is that if light really consists of indivisible elementary particle, photon, then it cannot by itself create superposition effect since the state vector of an elementary particle cannot carry more than one values of any parameter at the same time. Fortunately, semiclassical model explains all light induced interactions using quantized atoms and classical EM wave packet. Classical physics, with its deeper commitment to Reality Ontology, was better prepared to nurture the emergence of Quantum Mechanics and still can provide guidance to explore nature deeper if we pay careful attention to successful classical formulations like Huygens-Fresnel diffraction integral.

Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE•Aug 26, 2007•0 citations
The nature of electromagnetic (EM) phenomena, including light, is not fully clear. Postulated rejection of EM ether as a hypothetical habitat and distribution of EM waves, holds in the uncertainty and the problem of understanding the existence of most of these waves, because the notion of "wave" inseparable from the concept of "environment". EM ether, as a hypothetical environment of origin and propagation of EM waves, was declined by postulate. This keeps the uncertainty in the problem of understanding the existence of these waves actually, since the definition of "wave" is an part of the definition of "environment". The input in physics of the concept of wave "coherence", which was necessary to explain the phenomenon of interference of light, also requires a transparent physical interpretation. Today use of the idea of the several-meters - length wave zugs, which are emitted by individual atoms, is at least unconvincing, thus there is technical ability to generate powerful light pulses of 10-15 s. A quantum model of the structure of the optical packet stream, which provides a transparent physical interpretation of all parameters of coherent light, is offered. In this model parameters of coherence are organically linked with the geometry parameters of the quantum packets. Developments of classical wave optics will not be discarded. To coordinate with the quantum-packet model and modern views about the nature of light, we either give them a new interpretation or adjust, or develop these developments. In particular, a new interpretation of the experimental fact increase the radius of coherence of light coming from distant sources (stars) is offered. Modern conception of light corpuscles-photons is formulated. The estimations of the size of the spatial localization of the photon is received. "Diffraction of photons" is considered.
Показано, що в природі існують хвильові процеси двох принципово відмінних типів: процес поширення хвиль як коливань середовища і поширення хвиль як потоку частинок, що перебувають у внутрішньому коливальному стані. Потік частинок, які коливаються, дає можливість зрозуміти, що в електромагнітній хвилі відбуваються коливання типу «енергія – маса – енергія – маса…», що усуває суперечність двоїстості природи електромагнітних хвиль. It is shown that there are two materially different types of processes in nature: the process of the wave propagation as vibration of the environment; and also the wave propagation as the stream of particles, which oscillate internally. The stream of oscillating particles, which have inner oscillations “mass-energy-mass-energy” explains contradiction of dual nature of electromagnetic waves.
Any superposition effect as measured (SEM) by us is the summation of simultaneous stimulations experienced by a detector due to the presence of multiple copies of a detectee each carrying different values of the same parameter. We discus the cases with light beams carrying same frequency for both diffraction and multiple beam Fabry-Perot interferometer and also a case where the two superposed light beams carry different frequencies. Our key argument is that if light really consists of indivisible elementary particle, photon, then it cannot by itself create superposition effect since the state vector of an elementary particle cannot carry more than one values of any parameter at the same time. Fortunately, semiclassical model explains all light induced interactions using quantized atoms and classical EM wave packet. Classical physics, with its deeper commitment to Reality Ontology, was better prepared to nurture the emergence of Quantum Mechanics and still can provide guidance to explore nature deeper if we pay careful attention to successful classical formulations like Huygens-Fresnel diffraction integral.