// MCP TOOL REFERENCE

SCICOMP QUANTUM TOOLS

11 tools from the Scicomp Quantum MCP Server, categorised by risk level.

READ TOOLS

analyze_wavefunction Compute observables from wavefunction 2/5 get_simulation_result Retrieve completed simulation data 2/5 get_task_status Monitor async simulation progress 2/5

WRITE TOOLS

create_custom_potential Create custom potential from math function 3/5 create_gaussian_wavepacket Create localised Gaussian wave packets 3/5 create_lattice_potential Create crystalline lattice potentials for simulation 3/5 create_plane_wave Create plane wave states for simulation 3/5 render_video Animate probability density evolution 3/5 visualize_potential Plot potential energy landscapes 2/5

EXECUTE TOOLS

solve_schrodinger Solve 1D time-dependent Schrodinger equation 4/5 solve_schrodinger_2d Solve 2D time-dependent Schrodinger equation 4/5

// FAQ

How many tools does the Scicomp Quantum MCP server have? +

The Scicomp Quantum MCP server exposes 11 tools across 3 categories: Read, Write, Execute.

How do I enforce policies on Scicomp Quantum tools? +

Use Intercept, the open-source MCP proxy. Write YAML rules for each tool — rate limits, argument validation, or deny rules — then run Intercept in front of the Scicomp Quantum server.

What risk categories do Scicomp Quantum tools fall into? +

Scicomp Quantum tools are categorised as Read (3), Write (6), Execute (2). Each category has a recommended default policy.

Enforce policies on Scicomp Quantum

Open source. One binary. Zero dependencies.

npx -y @policylayer/intercept

github.com/policylayer/intercept →