Molecular Orbital Diagram Generator

Molecular Orbital Diagram Generator MCP Connector for Claude

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Generates molecular orbital diagrams and chemical properties using MO theory.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides computational chemistry tools to model electronic structures. It uses Molecular Orbital (MO) theory to calculate orbital energy levels, bond order, magnetic properties, and electron configurations for both diatomic and polyatomic molecules. Use analyze_diatomic_molecule for two-atom systems or analyze_polyatomic_molecule for complex geometries. You can also use get_orbital_energy_gap to find energy differences between specific orbitals or validate_electron_distribution to verify quantum mechanical compliance.

chemistrymolecular-orbitalquantum-mechanicssciencephysics

4 tools expose this connector's capabilities to your AI agent.

analyze_diatomic_molecule

analyze_polyatomic_molecule

get_orbital_energy_gap

validate_electron_distribution

See how to talk to your AI agent using Molecular Orbital Diagram Generator.

Calculate the properties for a diatomic molecule with two Hydrogen atoms and 2 valence electrons.

The H2 molecule has a bond order of 1.0 and is diamagnetic.

What is the energy gap between the sigma 1s and sigma* 1s orbitals in a hydrogen molecule?

The energy gap between the sigma 1s and sigma* 1s orbitals is 15.4 eV.

Is the electron configuration σ1s2 σ*1s1 valid for a diatomic molecule?

No, the configuration is invalid because it violates the Pauli exclusion principle or Aufbau principle for the given energy levels.

You can analyze both diatomic molecules using `analyze_diatomic_molecule` and polyatomic molecules using `analyze_polyatomic_molecule`.

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