Local reproduction and comparison workspace for SU(2) hadron dynamics / LSH circuits, Fire Opal hardware runs, and tensor-network validation.
Project site: https://bramdo.github.io/hadron/
circuits/: downloaded QASM circuits used for the step comparisons.data/: downloaded supporting data from the public LSH data repository.results_fire_opal/: Fire Opal run plans, retrieved action outputs, and observable summaries.results_tensor/: local Aer MPS, ITensor QASM-MPS, LSH dense/MPO validation, and quantum-win boundary reports.hadron_fire_opal_runner.py: standalone Fire Opal API runner.hadron_observable_analyzer.py: observable decoder for the final zigzag LSH mapping.lsh_*.jl: Julia/ITensor scaffolds for LSH basis, local operators, Hamiltonian checks, link validation, MPO registry, and dense-vs-MPO smoke tests.assess_majorana_feasibility.py: checks whether the downloaded QASM circuits fit an exact free-fermion Majorana/Gaussian simulator.
Use results_tensor/hadron_quantum_win_boundary.md for the current timing
claim. The intended advantage comparison uses Fire Opal/IBM hardware-only time
against the paper TN and Pauli-propagation baselines. Local LSH-MPO work is
kept as physical Hamiltonian validation, not as the timing baseline.
results_tensor/hadron_majorana_feasibility.md records why the downloaded QASM
circuits are not directly exact Majorana/Gaussian simulable under the standard
free-fermion/matchgate criterion.
- Python scripts use the local Python/WSL Qiskit environment documented in
HADRON_FIRE_OPAL.md. - Julia scripts use Julia with
ITensors.jlandITensorMPS.jl.
Credentials are read from environment variables or local Qiskit config at run time and are not stored in this repository.