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Getting Started

  • Quick Start
  • Core Concepts

Reference

  • Systems
    • Molecules
      • Training
      • Evaluation
    • Solids
      • Training
      • Evaluation
    • Quantum Hall
      • Energy Corrections
      • Training
      • Evaluation
  • Guides
    • Configuring Simulations
    • Running Workflows
    • Runtime Configuration
    • Wavefunction Architectures
    • How Estimators Work
      • Kinetic energy
      • Ewald summation
      • Pseudopotentials (ECP)
      • Spin-squared
      • Density
      • Loss and gradient
    • Optimizers
      • Robust SR, SPRING, and MARCH
    • Sampling
    • Periodic Boundary Conditions
    • Writers
    • Multi-Device
    • Training Statistics
    • Analyzing Evaluations
    • Analyzing Wavefunctions
    • Troubleshooting
  • Extending JaQMC
    • JAX for JaQMC
    • Runtime Data Conventions
    • Writing Workflows
    • Writing Wavefunctions
    • Custom Components
      • Custom Estimators
      • Custom Optimizers
      • Custom Samplers
      • Custom Writers
    • Configuration System
    • Contributing
  • Roadmap
  • Citing JaQMC
  • API Reference
    • Workflows
    • Work Stages
    • Configuration
    • Wavefunctions
    • Estimators
    • Optimizers
    • Samplers
    • Writers
    • Geometry
    • Atomic data
    • Utilities
  • Repository
  • Show source
  • Suggest edit
  • Open issue

Systems

Systems#

Each system page shows how to define the system, launch training, and run evaluation for final observables. For shared CLI patterns like debug runs, resuming, branching, evaluation, and reporting, see Running Workflows.

  • Molecules
    • Helpful Background
    • Define the system and train
    • Evaluate a trained model
    • System definition shortcuts
      • Single Atoms
      • Diatomic Molecules
    • Basis Sets and ECPs
    • Estimators
    • Production Settings
    • Where To Go Next
  • Solids
    • Helpful Background
    • Define the system and train
    • System definition shortcuts
      • Rock Salt
      • Two-Atom Chain
    • Supercell Expansion
    • Evaluate a trained model
    • Production Settings
    • Where To Go Next
  • Quantum Hall
    • Background
    • Basic Usage
    • How It Works
    • Interpreting Energy Output
    • Composite Fermions
    • Angular Momentum Penalties
    • Recommended Hyperparameters
    • Evaluation
      • Additional Evaluation Estimators
    • Workflow Notes
    • Further Reading

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Molecules

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