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Configure and run GEANT4 particle physics simulations using natural language.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "geant4-simulation" yet — see the docs or source repo.
Use GEANT4 to simulate a 10 MeV electron beam passing through a 5 cm silicon detector and summarize the main energy deposition distribution characteristics.
Returns the simulation setup, a run summary, and a brief description of the energy deposition characteristics.
Compare the interaction differences when 100 MeV protons pass through silicon and germanium detectors, run separate simulations, and summarize the results.
Provides a comparison of two simulation runs, explaining detector response and differences across materials.
Run a set of GEANT4 simulations using 1 MeV, 10 MeV, and 100 MeV gamma rays on lead material, then compare penetration and absorption behavior.
Gives simulation results for each energy level and summarizes differences in penetration depth and absorption.
Deploy simulations to any screen and control displays through Claude.
Run Kshana simulations to evaluate PNT resilience across orbits, frames, and GNSS fusion.
Control screens with AI and deploy interface simulations quickly.
Connect local GEMPACK tools to AI for compiling, simulating, and exporting results.
Run CAE solvers from AI agents through a CLI-first plugin runtime
Create, modify, and simulate MATLAB Simulink models using natural language.