smithery.yaml•4 kB
version: 1
runtime: "container"
build:
dockerfile: "Dockerfile"
dockerBuildPath: "."
startCommand:
type: "http"
configSchema:
type: "object"
required: []
additionalProperties: false
properties:
quantum_backend:
type: "string"
description: "Primary quantum computing backend"
default: "auto"
enum: ["auto", "cpu", "gpu", "simulator", "qasm_simulator", "statevector_simulator", "density_matrix_simulator"]
computational_framework:
type: "string"
description: "Computational framework preference"
default: "jax"
enum: ["numpy", "jax", "qiskit", "cirq", "pennylane"]
max_qubits:
type: "integer"
description: "Maximum number of qubits for quantum circuits"
default: 25
minimum: 1
maximum: 50
max_sites:
type: "integer"
description: "Maximum number of sites for many-body systems"
default: 100
minimum: 2
maximum: 500
max_bond_dimension:
type: "integer"
description: "Maximum bond dimension for tensor networks (MPS/DMRG)"
default: 64
minimum: 2
maximum: 1024
svd_cutoff:
type: "number"
description: "SVD truncation cutoff for tensor decomposition"
default: 0.000000000001
minimum: 0.0000000000000001
maximum: 0.000001
float_precision:
type: "string"
description: "Floating point precision"
default: "float64"
enum: ["float32", "float64", "float128"]
temperature:
type: "number"
description: "Default temperature for calculations in Kelvin"
default: 1.0
minimum: 0.0
maximum: 1000.0
enabled_algorithms:
type: "array"
description: "List of enabled quantum algorithms"
items:
type: "string"
enum: ["exact_diagonalization", "dmrg", "excited_dmrg", "finite_temp_dmrg", "real_time_dmrg", "tebd", "iTEBD", "vumps", "monte_carlo", "vqe", "qaoa"]
default: ["exact_diagonalization", "dmrg", "tebd"]
uniqueItems: true
default_model:
type: "string"
description: "Default many-body Hamiltonian"
default: "heisenberg"
enum: ["heisenberg", "ising", "hubbard", "bose_hubbard", "kitaev", "xy_model"]
enable_gpu:
type: "boolean"
description: "Enable GPU acceleration if available"
default: false
enable_correlations:
type: "boolean"
description: "Enable correlation function calculations"
default: true
enable_entanglement:
type: "boolean"
description: "Enable entanglement analysis"
default: true
num_threads:
type: "integer"
description: "Number of CPU threads to use"
default: 4
minimum: 1
maximum: 32
memory_limit_gb:
type: "number"
description: "Memory limit for simulations in GB"
default: 4
minimum: 1
maximum: 32
timeout_seconds:
type: "integer"
description: "Maximum execution time for calculations"
default: 600
minimum: 10
maximum: 3600
enable_visualization:
type: "boolean"
description: "Enable quantum state visualization"
default: true
exampleConfig:
quantum_backend: "auto"
computational_framework: "jax"
max_qubits: 20
max_sites: 50
max_bond_dimension: 32
svd_cutoff: 0.0000000001
float_precision: "float64"
temperature: 1.0
enabled_algorithms: ["exact_diagonalization", "dmrg", "tebd"]
default_model: "heisenberg"
enable_gpu: false
enable_correlations: true
enable_entanglement: true
num_threads: 2
memory_limit_gb: 2
timeout_seconds: 300
enable_visualization: true
description: "Advanced quantum systems MCP server for complex open and closed quantum systems calculations. Supports quantum circuits, many-body physics, quantum chemistry, and quantum machine learning."
tags:
- "quantum-computing"
- "quantum-physics"
- "quantum-chemistry"
- "many-body-physics"
- "quantum-machine-learning"
- "simulation"
- "physics"