Pulsed Squeezing Simulator

This repository contains a Python simulation framework for pulsed squeezed light. It provides theoretical models and example notebooks to explore squeezing in 1D cavities.

Repository Structure

• theoretical_pulsed.py — Python file containing 3 main classes
• tutorial-notebook.ipynb — Tutorial notebook demonstrating usage
• main-notebook.ipynb — Main notebook that explains the theory and gives some results interpretation
• pyproject.toml — UV app project configuration for dependencies
• uv.lock — UV lock file to ensure reproducible installs
• README.md — This file

Classes

All main functionality is implemented in theoretical_pulsed.py:

• TheoreticalPulsedSqueezing — [Simulate pulsed squeezing in an optical cavity with various input pulse shapes.]
• TheoreticalPulsed1D — [1D parameter sweep for pulsed squeezing simulations.]
• PulsedSqueezingVisualizer — [Visualizer for pulsed squeezing simulations with various pulse shapes.]

Notebooks

• tutorial-notebook.ipynb — Step-by-step tutorial showing how to use the classes for simulations.

Installation

The project uses UV to manage Python dependencies. pyproject.toml and uv.lock define the required packages.