Back to Programs

Science and medicine

QC-Devs

Sustainable software for quantum chemistry & more

c++gitgithubjuliajupyterpython

Participation history

3 GSoC years

2026

3 projects

Official year page

Better Linking Between Libcint and Gbasis

GBasis currently requires manual libcint compilation, breaking on macOS and Windows. This project automates the build using scikit-build-core and...

Improve Robustness of Poisson Solver

The grid library evaluates the Coulomb potential of molecules by numerically solving Poisson's equation. However, true electron densities possess...

Electrostatics Beyond Atomic Charges: A High-Performance Multipole Engine for FFprime

I am applying to build the multipole electrostatics evaluation engine for FFprime, addressing Issue #1 (Electrostatics beyond the atomic charges)....

2025

4 projects

Official year page

Refactor AtomDB

Efficient data storage and retrieval are essential for the performance and scalability of scientific databases. AtomDB, a valuable resource for...

ModelHamiltonian: Manipulating Model Hamiltonians and Building Interfaces to External Packages

ModelHamiltonians is already a well-structured library to express and simulate Hamiltonians in the context of quantum chemistry. The package,...

Improving Gbasis Performance Using Screening

The efficient computation of molecular integrals is crucial for large-scale quantum chemistry calculations to obtain the properties of the system....

Transformed Cubic Grids

My GSoC 2025 proposal focuses on enhancing the "Transformed Cubic Grids" framework (Issue #264) within the QC-Devs organization by implementing...

2024

2 projects

Official year page

Selector: Interactive Web Interface for Chemical Subset Selection

In the rapidly evolving field of computational chemistry, the Selector project aims to tackle the subset selection problem critical for drug...

ModelHamiltonian: API and Interface Improvement

Sometimes, in the context of quantum chemistry, the quantum state of a system in a crystal or molecule can be well described only by its occupation...