Learning-Symmetries-with-Autoencoders

My final year project in theoretical physics is 'Learning Symmetries with Machine Learning' and this repo contains my attempt to train an autoencoder to shrink the latent space needed to represent a triangular molecules coordinates.

Honest-Random-Number-Generator-Qiskit

A truly random number generator created using Qiskit. This was my first project using the Qiskit quantum computation library.

Ising-Model-Simulation

This is a simulation and analysis of the Ising model of ferromagnetism on a square and triangular lattice.

Qubit_Feedback-Stabilisation_and_Quantum_Trajectories

# Qubit Feedback Stabilisation and Quantum_Trajectories Computational project on feedback-stabilization of an arbitrary pure state of a two-level atom - Jin Wang and H. M. Wiseman Phys. Rev. A 64, 063810 (2001). This projects explores the results of this paper through computation and the Jupyter Notebook titled 'Feedback_Stabilization.ipynb' displays details. I leave you with a simulation of the stochastic evolution of the Bloch equations for different detector efficiencies as described in the paper.