Run quantum chemistry calculations on small molecules via a Python API.
npx skills add https://github.com/Autonomous-Scientific-Agents/IQC --skill iqc
Please help me install this Agent Skill. Skill: iqc Source: https://github.com/Autonomous-Scientific-Agents/IQC/tree/main Command: npx skills add https://github.com/Autonomous-Scientific-Agents/IQC --skill iqc
This Skill enables users to run quantum chemistry calculations (single point, geometry optimization, vibrations, thermochemistry, IR) on small molecules with a simple API call. It eliminates the need for complex setup and expertise required for traditional quantum chemistry software.
Use the iqc skill to run a geometry optimization for the molecule in 'molecule.xyz' using the MACE calculator.
High-intent search queries and answers about installing and using this skill.
Quantum chemistry calculations on small molecules can be run via a simple Python API that supports single point, geometry optimization, and vibrational analysis without complex software setups. It integrates multiple calculators like PySCF, ORCA, and MACE.
Yes, you can perform geometry optimization and calculate vibrational frequencies for molecules using a Python API. By specifying a calculator like MACE, you can execute the necessary calculations and obtain results quickly.
Yes, the API supports various quantum chemistry methods including DFT, MP2, CCSD(T), and XTB. These methods are accessible through integrated calculators such as PySCF, ORCA, and ExaChem.
Yes, performing molecular simulations requires dependencies like ASE, PySCF, MACE, and ORCA. These integrated calculators provide the underlying computational engines for thermodynamics and geometry optimization tasks.
The best way to calculate thermochemistry and IR for small molecules is using a Python API that integrates multiple calculators like xtb, PySCF, and VASP. It provides direct access to vibrational analysis and thermodynamics calculations.
Quantum chemistry calculations with this API are aimed at small molecules. Running calculations on large molecules may be limited by the computational constraints of the integrated calculators like PySCF and ORCA.
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