quantum computing

Python library for the reduction of NP-complete problem to the QUBO problem and test of their efficiency through classical an quantum solvers.

O projeto descrito tem como objetivo principal desenvolver algoritmos e protocolos de roteamento que garantam a descoberta da melhor rota em diferentes topologias de redes quânticas, fornecendo as maiores oportunidades de comunicação quântica entre um par arbitrário de dispositivos quânticos.

Tensor Network-based Quantum Machine Learning arXiv:2202.10471 [quant-ph]

A project that introduces a Quantum Invertible Neural Network (QINN). The invertible architecture can be trained as a density estimator to perform data generation. Implemented using Pennylane.

Toy quantum simulator

Towards a Quantum Simulation of Nonlinear Sigma Models with a Topological Term arXiv:2210.03679 [quant-ph]

Quantum Hamiltonian-Based Models arXiv:2211.03803 [quant-ph]

Animation Nodes extension for Blender

Official documentation for quantum_nodes: https://quantum-creative-group.gitlab.io/quantum_nodes_manual/

Simulating the dynamics of the mixed-field Ising model on a digital quantum computer. Exploit error mitigation and pulse-level control of unitary gates.

Hybrid quantum-classical variational Trotter compression (VTC) algorithm applied to simulate dynamics of a Heisenberg Hamiltonian.

Differential equation solving through quantum annealing

A software project for experimenting with quantum gravity in the lab.

A quantum computing simulator for Python.

Solving Chemistry with Photonic Quantum Computers