Data for "Simulating Lattice Gauge Theories with Virtual Rishons"

Overview This dataset contains the raw and processed simulation data for the publication "Simulating Lattice Gauge Theories with Virtual Rishons" (2026). The data covers ground-state simulations of the multi-flavor Schwinger model at the critical points (Nf=1,2,3) and String tension calculations of QED3 using the virtual rishon formulation. In total, it contains slightly under 200 DMRG calculations. Data Structure The data is managed using the signac framework. Workspace: The workspace/ directory contains individual job folders. Each folder is named with a unique hash (Job ID) corresponding to a specific physical state point. Metadata: Every job folder contains a signac_statepoint.json file detailing the physical and numerical parameters (e.g., lattice size L, coupling constant g, mass m, and truncation parameters). Results: Scientific data is stored in HDF5 format (simulation_results.h5) within each job folder, containing observables such as groundstate energy, chiral condensates, and entanglement entropy. The MPS wavefunctions are not saved due to storage constraints. How to Use Download and extract the ZIP file. Install signac: pip install signac. Run signac find to query the state points. For a more detailed analysis, refer to the accompanying source code repository: Rogerson-et-al-2026-Virtual-Rishon-Formulation