autofragment
ActiveAutomatic molecular fragmentation library for fragment-based quantum chemistry calculations. Generates fragment definitions from molecular structures.
A showcase of work spanning scientific computing, AI/ML, open source contributions, and software engineering - from research prototypes to production-ready tools.
Automatic molecular fragmentation library for fragment-based quantum chemistry calculations. Generates fragment definitions from molecular structures.
OpenMP and GPU accelerated integral calculations for quantum chemistry. Provides high-performance one- and two-electron integral evaluation.
STL-like ergonomics for distributed and heterogeneous computing, with bindings for C, Fortran, and Python to enable multi-language HPC workflows.
Fork of MolSSI's QCManyBody library with extended functionality for many-body expansion calculations and fragment-based methods.
Core contributor to the GAMESS fragmentation roadmap. Current work targets MAP enablement, rigorous covalent fragment treatments, and accelerator portability.
A modular quantum chemistry package written in Rust, featuring DFT calculations, integral transforms, and post-SCF methods. Designed for performance and correctness.
Foundational library for quantum chemistry applications, providing core data structures, algorithms, and utilities for electronic structure calculations.
Graph neural network architecture with equivariant residual connections for molecular property prediction. Leverages geometric deep learning for chemical systems.
Neural network architecture using reference-anchored residual learning for improved transferability in molecular simulations and property prediction.
This portfolio website, built with Astro and Tailwind CSS. Features dark mode, responsive design, blog/tutorial content collections, and CI/CD deployment.
Data analysis and visualization project currently in development. Check back for updates on interactive dashboards and scientific data tools.
Check open issues in each repository or reach out to discuss research and development opportunities.