Evolution of Intra-Cavity Fields at Non-Steady State in Dual Recycled Interferometer

TL;DR

This paper analyzes how intra-cavity fields in a dual recycling interferometer evolve and build up power before reaching steady state, providing a detailed series representation for lossless configurations.

Contribution

It introduces a complete series representation of intra-cavity fields during non-steady state evolution in lossless dual recycling interferometers.

Findings

Derived exact series representation of intra-cavity fields

Described power build-up process before steady state

Focused on lossless mirror and beam-splitter configurations

Abstract

We describe how exactly the intra-cavity fields in a dual recycling cavity build up their power before achieving a steady state value. We restricted our analysis here to interferometers with lossless mirrors and beam-splitter. The complete series representation of the intra-cavity lights at any stage of evolution in non-steady state have been presented.