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This skill should be used when users need MaxwellLink laser-driven (prescribed-field) simulations, including pulse setup and coupling-axis conventions.
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Based on SOC occupation classification
This skill should be used when users need the MaxwellLink multimode Fabry-Pérot cavity solver to study a spatial grid of molecules coupled to many photonic modes (mesoscale VSC), in either socket or embedded mode.
This skill should be used when users need the canonical MaxwellLink workflow, including socket vs embedded coupling, units/time handling, and MPI/HPC invariants.
This skill should be used when users need the MaxwellLink single-mode cavity solver for fast prototyping and regression, in either socket or embedded mode.
This skill should be used when users ask how to set up, choose, or run a MaxwellLink simulation and the correct solver/driver/HPC/post-processing workflow must be selected.
This skill should be used when users want to couple MaxwellLink to the MaxwellLink-aware DFTB+ fork via the `MaxwellLinkSocket` block, including real-time Ehrenfest dynamics, VelocityVerlet Born-Oppenheimer MD, dipole-derivative choices, build/install, and TCP/UNIX socket connection patterns.
This skill should be used when users need to initialize, clean, or configure MaxwellLink workspaces using the mxl command family.
| name | mxl-laser-driven |
| description | This skill should be used when users need MaxwellLink laser-driven (prescribed-field) simulations, including pulse setup and coupling-axis conventions. |
mxl.LaserDrivenSimulation when no EM back-action is required and the electric field is supplied directly.dt_au, coupling_axis, and a drive (callable or float).maxwelllink.tools (gaussian_pulse, gaussian_enveloped_cosine, cosine_drive) when appropriate.skills/mxl-project-scaffold/assets/templates/laser-tls-embeddedskills/mxl-laser-driven/references/laser_run_recipes.mddocs/source/em_solvers/laser_driven.rst