QuantumBFSOfficial·47 Agent Skills Included

quantum.harness

Guided quantum many-body simulations, verification, and paper reproduction

Runs quantum many-body lattice simulations across exact diagonalization, DMRG, tensor networks, Monte Carlo, and certified SDP bounds. Eliminates guesswork in method choice, parameter setup, and convergence checks with expert-curated model cards and verification rubrics. Reproduces published figures, estimates compute costs up front, and offloads large runs to Slurm clusters with resumable parameter scans.

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npx skills add QuantumBFS/quantum.harness --all -g -y

Available:

Instructs the agent to confirm the Hamiltonian setup before computing, route problems to the right model and method skills, verify results against limits and cross-method checks, and decide local versus cluster execution based on up-front cost estimates.

All Skills in This Repository (47)

Pure Emerald Level Indicators

📦 In Repo

QuantumBFS

using-xdiag

Perform exact diagonalization on quantum many-body lattice systems with XDiag.jl.

using-qmbcertify

Compute certified bounds on ground-state properties of quantum spin systems via structured NPA hierarchy.

using-tenpy

Execute tensor network simulations with TeNPy for quantum many-body systems.

challenge-report

Generate structured HTML research reports from computational challenge run data.

solve

Execute quantum many-body simulations via Slurm or local scripts with verification checks.

using-cpmc-lab

Install, configure, and run CPMC-Lab MATLAB simulations for Hubbard model calculations.

scaling-fit

Perform finite-size scaling analysis on quantum observable data to extract critical exponents.

using-slurm

Submit, monitor, and diagnose Slurm cluster array jobs with pre-submit feasibility checks.

method-qcs

Select optimal simulation backends for quantum circuits based on memory and complexity.

parameter-scan

Automate multi-dimensional parameter sweeps for quantum system simulations.

beginner-training

Orchestrate a multi-track onboarding workflow for the quantum research harness.

using-mpskit

Simulate quantum many-body systems with MPSKit.jl for matrix product states.

Official

Advanced

Frequently Asked Questions

FAQPage Schema

How to install quantum.harness?▼

Run `npx skills add QuantumBFS/quantum.harness --all -g -y` in your terminal to install all skills globally. Then run `make skills` inside the repo to sync the skill set.

What quantum physics problems can it solve?▼

It handles ground-state and finite-temperature calculations for lattice models like Heisenberg, Hubbard, and PXP, using exact diagonalization, DMRG/MPS, PEPS, quantum Monte Carlo, VMC, and certified polynomial-optimization bounds.

Can it reproduce figures from research papers?▼

Yes. The reproduce-paper workflow reads the paper, confirms the model and settings with you, runs the calculation, and builds a side-by-side HTML report comparing your result to the published figure.

Does it support running on HPC clusters?▼

Yes. It estimates compute cost before running, submits and monitors Slurm jobs or array sweeps over SSH, and fetches results back with per-cell status reports.

Do I need to be a computational physics expert to use it?▼

No. A guided beginner-training track explains each step in plain language and waits for your confirmation, while expert-curated method cards supply the parameters and verification checks.