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Volume 4, Issue 3(Suppl) J Laser Opt Photonics, an open access journal
ISSN: 2469-410X Quantum Physics 2017
September 25-26, 2017
September 25-26, 2017 Berlin, Germany
2nd International Conference on
Quantum Physics and
Quantum Technology
On some unknown features of the Bose-Einstein statistics
Aleksey V Ilyin
Moscow Institute of Physics and Technology, Russia
It is proven within the Bose-Einstein statistics that the blackbody radiation contains photon clusters along with single photons. The
existence of photon clusters in blackbody radiation is shown to be an inevitable consequence of the fact that the Bose-Einstein
statistics is a special case of Compound Poisson Distribution. This mathematical fact means that the BE statistics describes random
events of two different types: elementary events and composite events, each composite event consisting of a random number of
elementary events. In the case of photon statistics, an elementary event may only be the registration of a single photon by an ideal
detector. Then a composite event will be a simultaneous registration of several photons, i.e., of a photon cluster. In this work, statistics
of photon clusters and probability that a photon cluster contains N photons are found versus radiation frequency and temperature.
Spectra of photon-cluster radiation in a blackbody cavity are calculated for arbitrary cluster ranks. Derivation of the Planck's
radiation law is discussed in view of the existence of photon clusters in blackbody radiation. Finally, we analyze some properties of
photon clusters. It is proven that the behavior of photon cluster field is incompatible with the Maxwell’s equations for electromagnetic
radiation. Therefore, a photon cluster field cannot obey the Maxwell’s equations. A decades-long search for suitable equations carried
out by many researchers is reviewed. Strong arguments are presented in favor of the conclusion that a 2-photon cluster field is a rank-2
tensor field that must obey the Einstein field equations of general relativity. For that reason, a 2 photon cluster field must propagate as
if it were an optical-frequency gravitational wave.
Biography
Aleksey V Ilyin graduated from the Department of Quantum Electronics (1976) in Moscow Institute of Physics and Technology (MIPT), and received PhD degree
in Physics and Mathematics from the Department of General Physics of MIPT (1979). He was engaged as an Associate Professor of Physics at the Orenburg
Polytechnic Institute and Moscow Institute of Physics and Technology, and took part in various research projects and academic activities. His current academic
rank is an Associate Professor of Physics. His scientific interests include waveguide lasers, nuclear magnetic resonance, nondestructive testing, computer-aided
learning, quantum optics, quantum statistics, and foundations of quantum physics.
Aleksey V Ilyin, J Laser Opt Photonics 2017, 4:3(Suppl)
DOI: 10.4172/2469-410X-C1-014