Observation of Squeezing in Hidden Optical-Polarization States

TL;DR

This paper demonstrates the observation of squeezing in hidden optical-polarization states of a chaotic bi-modal optical field, highlighting the dependence on interaction time and identifying the onset-time for squeezing.

Contribution

It introduces the concept of squeezing in hidden optical-polarization states and numerically studies its dependence on interaction parameters, which is a novel exploration in quantum optics.

Findings

Squeezing in Hidden Optical-Polarization States is demonstrated.

Squeezing depends critically on interaction time.

An onset-time for squeezing is identified.

Abstract

The dynamic feature of monochromatic bi-modal chaotic optical field, enriched with orthogonally-polarized basis-modes propagating collinearly and undergoing Degenerate Parametric Amplification, is investigated to demonstrate Squeezing in Hidden Optical-Polarization states. The Variance (Noise) of Hidden Optical-Polarization Parameters showing squeezing therein is numerically studied by identifying a Squeezing - Function. This squeezing in HOPS is seen to depend critically on interaction time and an Onset-time responsible for the same is demarcated.