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MaxwellLink 0.3.3
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MaxwellLink 0.3.3
  • MaxwellLink
    • Introduction
    • Installation
    • Usage Guide
    • Agent Skills
    • Tutorials
      • Driven dynamics with TLS
      • Rabi splitting with TLS
      • Electronic strong coupling with HCN
      • Collective, heterogeneous coupling of QuTiP + RT-TDDFT HCN molecules
      • Vibrational strong coupling with liquid water: Unix socket
      • Spontaneous emission of TLS: TCP socket
      • Vibrational strong coupling of liquid water in a Bragg resonator: Unix socket
      • Comparison between different kernel functions in polarization densities
    • Architecture
    • EM Solvers
      • Meep FDTD Solver
      • Single-Mode Cavity
      • Laser-Driven Simulation
    • Drivers
      • TLS driver
      • QuTiP driver
      • RT-TDDFT driver
      • RT-TDDFT-Ehrenfest driver
      • ASE driver
      • LAMMPS driver
    • Contributing
    • API reference
      • maxwelllink package
        • maxwelllink.cli package
          • maxwelllink.cli.mxl module
          • maxwelllink.cli.mxl_clean module
          • maxwelllink.cli.mxl_hpc module
          • maxwelllink.cli.mxl_init module
        • maxwelllink.em_solvers package
          • maxwelllink.em_solvers.dummy_em module
          • maxwelllink.em_solvers.laser_driven module
          • maxwelllink.em_solvers.meep module
          • maxwelllink.em_solvers.single_mode_cavity module
        • maxwelllink.molecule package
          • maxwelllink.molecule.molecule module
          • maxwelllink.molecule.molecule_legacy module
        • maxwelllink.mxl_drivers package
          • maxwelllink.mxl_drivers.lammps package
            • maxwelllink.mxl_drivers.lammps.install module
          • maxwelllink.mxl_drivers.python package
            • maxwelllink.mxl_drivers.python.models package
              • maxwelllink.mxl_drivers.python.models.ase_model module
              • maxwelllink.mxl_drivers.python.models.dummy_model module
              • maxwelllink.mxl_drivers.python.models.qutip_model module
              • maxwelllink.mxl_drivers.python.models.rt_ehrenfest_model module
              • maxwelllink.mxl_drivers.python.models.rttddft_model module
              • maxwelllink.mxl_drivers.python.models.tls_model module
            • maxwelllink.mxl_drivers.python.mxl_driver module
        • maxwelllink.sockets package
          • maxwelllink.sockets.sockets module
        • maxwelllink.tools package
          • maxwelllink.tools.ir module
          • maxwelllink.tools.pulses module
          • maxwelllink.tools.tddft_spectrum module
          • maxwelllink.tools.transverse_components module
        • maxwelllink.units module
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MaxwellLink¶

MaxwellLink icon

MaxwellLink provides a flexible and general platform for self-consistent light-matter simulations. It connects various electromagnetic (EM) solvers, such as the finite-difference time-domain (FDTD) approach, to a range of quantum and molecular dynamics packages. The light and matter solvers can run either within the same process or on separate computing nodes communicating through a TCP/Unix socket interface, enabling self-consistent light-matter simulations at different scales and levels of theory.

Use this documentation to install the MaxwellLink package, and run sophisticated self-consistent light-matter simulations. For developers, the Architecture and Contributing sections provide an overview of the code structure and how to extend the framework with custom solvers, respectively.

MaxwellLink now also supports Agent Skills: With simple natural language inputs, users can easily create input files and run jobs on both local machines and HPC systems.

Get Started

  • Introduction
  • Installation
  • Usage Guide
  • Agent Skills

Tutorials

  • Tutorials

Learn More

  • Architecture
  • EM Solvers
  • Drivers
  • Contributing

Reference

  • API reference

Citation¶

If you use MaxwellLink in your research, please cite:

Reference

X Ji †, AF Bocanegra Vargas †, G Meng, and TE Li. MaxwellLink: A Unified Framework for Self-Consistent Light-Matter Simulations. arXiv:2512.06173 (2025).

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