  Polarization of light signifies transversal, anisotropic and asymmetrical
statistical property of electromagnetic radiation about direction of
propagation. Traditionally, optical-polarization is characterized by Stokes
theory susceptible to be insufficient in assessing polarization structure of
optical quantum fields and, also, does not decipher twin characteristic
polarization parameters (ratio of real amplitudes and difference in phases). An
alternative way, in spirit of classical description of optical-polarization, is
introduced which can be generalized to deal higher-order polarization of
quantum light, particularly, prepared in non-Guassian Schrodinger Cat or
Cat-like states and entangled bi-modal coherent states. On account of pseudo
mono-modal or multi-modal nature of such optical quantum field, higher-order
polarization is seen to be highly sensitive to the basis of description.
