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    • XACs

      Public
      Code for "Can Graph Neural Network Learn to Explain Activity Cliffs?"
      Python
      MIT License
      0000Updated Oct 2, 2024Oct 2, 2024
    • Tutorials about computational chemistry
      SCSS
      MIT License
      35k1200Updated Sep 22, 2024Sep 22, 2024
    • Automated workflow for generating quantum chemistry calculation of explicitly solvated molecules
      Python
      BSD 3-Clause "New" or "Revised" License
      1248121Updated Sep 19, 2024Sep 19, 2024
    • Python
      0000Updated Aug 15, 2024Aug 15, 2024
    • C++
      GNU Lesser General Public License v2.1
      0000Updated Aug 14, 2024Aug 14, 2024
    • This repository is an instance of the template repository for deploying AutoSolvate on Nanohub.
      Jupyter Notebook
      0000Updated Aug 14, 2024Aug 14, 2024
    • Python
      MIT License
      1000Updated Jul 17, 2024Jul 17, 2024
    • Python
      MIT License
      1100Updated Jul 12, 2024Jul 12, 2024
    • ARPES

      Public
      Code for "Explainable Machine Learning Identification of Superconductivity from Single-Particle Spectral Functions"
      Python
      MIT License
      0000Updated Jun 14, 2024Jun 14, 2024
    • including prodcution runs by GAFF, ANI1ccx, AIMD, initial xyz files and QM opitimized structures
      0000Updated Oct 28, 2023Oct 28, 2023
    • SI data for paper "A delta-Machine Learning Approach to Improve the Quantum Chemistry Prediction of Solution-phase Molecular Properties at Ground and Excited States"
      Python
      1100Updated Jan 26, 2023Jan 26, 2023
    • Automated workflow for generating quantum chemistry calculation of explicitly solvated molecules
      Python
      BSD 3-Clause "New" or "Revised" License
      12000Updated Oct 18, 2022Oct 18, 2022
    • SI data for paper "AutoSolvate: A toolkit for automating quantum chemistry design and discovery of solvated molecules"
      Python
      2100Updated Jun 3, 2022Jun 3, 2022
    • SI data for paper "Bridging the Experiment-Calculation Divide: Machine Learning Corrections to Redox Potential Calculations in Implicit and Explicit Solvent Models"
      Python
      1000Updated Jun 1, 2022Jun 1, 2022
    • MLbook

      Public
      Case study for the chapter "Machine Learning: An Overview" in the book "Quantum Chemistry in the Age of Machine Learning".
      Jupyter Notebook
      4800Updated Dec 18, 2021Dec 18, 2021
    • PCA

      Public
      Jupyter Notebook
      1200Updated Dec 6, 2021Dec 6, 2021
    • CHEM531

      Public
      Jupyter Notebook
      12100Updated Aug 27, 2021Aug 27, 2021