Find all the Hamiltonian Cycles present in given graph

Code for our paper "Hamiltonian Neural Networks"

extended Principles of Chaos Engineering

Qham is a Python SDK designed to bridge the gap between theoretical physics and practical quantum computing applications. It provides a comprehensive suite of tools for exploring, simulating, and analyzing Hamiltonian processes across statistical mechanics and quantum mechanics.

Finding the Hamiltonian Path and Circuit

Hamiltonian systems: the periodically kicked rotator, and fluid flow due to vortices which are switched periodically.

🚆 NTUA ECE Advanced Control Systems Course Exercise

A library which trains the Fermionic Neural Network to find the ground state wave functions of an atom or a molecule using neural network quantum states.

Markov Chain Monte Carlo

Calculating Random and Linear entanglement entropy in disordered interacting spin half chain

Program to numerically calculate energy eigenvalues of a quantum mechanical pendulum

c++ header-only library for scientific programming.

Calculation of excited states using the Quantum Approximate Optimization Algorithm

👩‍💻This repository provides Python implementations of a variety of fundamental algorithms and problem-solving techniques. From Knapsack and TSP to BFS, DFS, and more, explore practical examples to enhance your algorithmic skills. Perfect for students and developers seeking to grasp essential algorithms in Python.

Python code that uses Hamiltonian mechanics to simulate a two-body system, as well other dynamics simulations.

pyHamSys is a Python package for scientific computations involving Hamiltonian systems

A graph header file implementing graph algorithms.

Implementation of Continuous Time Quantum Random Walk in IBM Quantum

Hamiltonian Path