A library for generating random looking Hamiltonian paths (aka self-avoiding walks) on a 3D grid
Highly optimized exact solutions to the traveling salesman problem using the Held–Karp algorithm
WASM/TypeScript bindings for high-performance 3D molecular conformer generation
A Typescript implementation of the Nearest Neighbor with 2-opt and 3-opt optimizations to solve the travelling salesman problem (TSP).
Simulate NMR spectra from spin systems
An unofficial library to embed and send optimization (QUBO, Ising) problems to DWave System quantum annealing solvers.
TypeScript Tonnetz is a set of structures and functions from mathematical music theory
`@euriklis/ds-architect` is a modular and extensible library that provides a rich ecosystem for graph and network-based data structures. Designed with both academic rigor and practical application in mind, this library offers powerful graph algorithms and
QMASM, Scott Pakin's quantum macro assembly language for D-Wave's quantum annealers, implemented in TypeScript.
TypeScript library for quantum mechanics calculations and utilities
Hamiltonian path solver
A Rust library for analyzing graph properties using the Zagreb index and Hamiltonian criteria
Categorical foundations unifying symplectic mechanics and agent behaviors
A high-performance, hardware-accelerated modular quantum computing library with a focus on physical applications. Quant-Iron provides tools to represent quantum states, apply standard quantum gates, perform measurements, build quantum circuits, and implement quantum algorithms.
Symplectic optimization, conservation-law-encoded training, and Hamiltonian neural networks
Quantum Monte Carlo simulations in Rust
Hidden Markov Model + Hamiltonian MarketMaker for heterogeneous compute pricing
Production-ready quantum algorithms in Rust - VQE for chemistry, Grover's search, QAOA optimization, Surface Code error correction
Numerical integration module for SciRS2 (scirs2-integrate)
HQS tool for representing operators, Hamiltonians and open systems.
Python interface of struqture, the HQS tool for representing operators, Hamiltonians and open systems.
Fleet state modeled as a symplectic manifold with Hamiltonian evolution, Noether conservation laws, and structure-preserving integrators