Correlation functions of quantum q-oscillators
V.I.Man'ko, G.Marmo, S.Solimeno, F. Zaccaria
TL;DR
This paper investigates how the nonlinearity of q-oscillators affects the second correlation functions of electromagnetic fields, highlighting their dependence on intensity and deformation of the Planck distribution.
Contribution
It introduces the impact of q-oscillator nonlinearity on correlation functions and proposes experimental tests for this nonlinearity.
Findings
Correlation functions depend on intensity and deformation
Nonlinearity influences electromagnetic field vibrations
Experimental tests are suggested
Abstract
Nonlinearity of electromagnetic field vibrations described by q-oscillators is shown to produce essential dependence of second correlation functions on intensity and deformation of Planck distribution. Experimental tests of such nonlinearity are suggested.
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