Loom
TUI control center for managing git worktrees and agentic workflows, supporting Claude Code, GitHub, and Linear
Rust
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Projects
Open-source tools, research software, and applications spanning scientific computing, data visualization, and computer graphics
MiePy
Solve Maxwell's equations for a cluster of particles using the generalized multiparticle Mie theory (GMMT)
Python C++
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Stoked
Solve the Stokesian dynamics equations for N interacting particles, a generalization of Brownian dynamics that includes hydrodynamic coupling interactions
Python
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FPlanck
Numerically solve the Fokker-Planck partial differential equation in N dimensions using a matrix numerical method
Python
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GranSim
Simulation of granular material dynamics in 2D and 3D using a direct element method
C++ Python
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NumPipe
Python software package that makes long-running tasks manageable and faster by executing code in embarrassingly parallel and regularly caching the output to HDF5 files
Python
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QBox
Electodynamic simulations in two dimensions using the Finite-Difference Time-Domain (FDTD) algorithm
C++
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VDynamics
Realtime visualization of 2D and 3D dynamics of a large number of objects using OpenGL and pybind11 C++ bindings
Python C++ OpenGL
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Additional Projects
- GitScan — Command-line utility to scan local and remote git repositories for history that is divergent from the remote branch
- h5cpp — C++ wrapper for the HDF5 C library
- h5tree — HDF5 tree command line utility, similar to Unix tree command
- LatBolt — Solve the Navier-Stokes fluid dynamics equations using a Lattice Boltzmann method
- meep_ext — Extensions for Python Meep, MIT's Finite-Difference Time-Domain electromagnetic simulation software
- my_pytools — Helper functions to solve common tasks in numpy, matplotlib, h5py, and vpython
- pybind_examples — Examples of pybind11 based projects compiled with CMake, combining C++, CUDA, Python code
- Qpost — Python library and command-line utility for QBox FDTD software
- MPI walkers — Random walkers on a 2D grid using MPI for parallelization