Abstract
Linear canonical transformation (LCT) provides a generalized and
elegant mathematical framework for analyzing the coherence properties
of an electromagnetic (EM) beam propagating in quadratic phase systems
(QPSs). It is shown that LCT may be used to analyze coherence
properties such as generalized Stokes parameters and EM degree of
coherence of a partially coherent EM beam propagating through a QPS.
We present simulation results of a Gaussian Schell model beam
propagating through a Fourier system, fractional Fourier system, and $4f$ imaging system with an aperture and
beam relay system.
© 2020 Optical Society of
America
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