Browser-native, research-grade quantum circuit editor, simulator & visualizer — statevector, Clifford-tableau & noisy-trajectory backends; 64 gates, ~113 analysis panels (most of them visualizers), a benchmarking suite (RB/QV/XEB/QEC), nine SDK exports, and an AI assistant. No install, no account.

Quantum simulation using matrix exponentials and Lie-theoretic Trotterization. Lecture 6 from the Lie Groups with Applications series by Quantum Formalism.

Quantum Hamiltonian Analysis Toolkit for studying quantum computing algorithms applied to Hamiltonian simulation or related topics

Numerical analysis of the Magnus Hamiltonian simulation technique

Python code for constructing and simulating quantum circuits to carry out Hamiltonian simulation of benchmark molecules.

Matching decomposition algorithm for simulating continuous-time quantum walk Hamiltonians in the circuit model

Implemented GQSP methods in Qiskit for polynomial transformations and Hamiltonian simulation, including angle optimization, error analysis, and quantum chemistry applications.

iSWAP gate dynamics simulation for superconducting qubit-coupler-qubit systems

End-to-End Python implementation of Mancilla et al.'s (2026) methodology for solving the direct indexing portfolio selection problem as quantum combinatorial optimization. Enforces cardinality constraints via subspace confinement. Benchmarks PennyLane quantum circuits against D-Wave simulated annealing & HRP baselines with walk-forward backtesting.

Quantum Computation and Visualization of Hamiltonians Using Discrete Quantum Mechanics and IBM QISKit

Honorable mention of Classiq "22 Hamiltonian Challenge

Quantum hamiltonian simulation with matrix-free linear operators