Explore projects
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David Van Komen / KRAKEN for Python
GNU General Public License v3.0 onlyA "fork" of the KRAKEN Normal Mode Program in Python
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A place for my Python scripts for learning Machine Learning and Python
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Modeling / AutomatedMBAM
MIT LicenseA framework for automating the Manifold Boundary Approximation Method.
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Computationally modeling and designing enzymes from templates using PyRosetta, PyMol, GROMACS, and other python and bash utility scripts
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jacione / ELIAS
MIT LicenseThis project aims to create a precise wavemeter using a webcam to collect monochromatic laser light and then analyzing the etaloning effects as the light passes through various pieces of glass.
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Implementation of the Generalized Minimal Residual (GMRES) method written as part of the Winter 2021 PHSCS 513R Computational Physics course taught by Dr. Mark Transtrum.
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Implementation of GMRES algorithm, as an assignment to Phscs 513R: Computational Physics.
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Implementation of the Generalized Minimal Residual (GMRES) method written as part of the Winter 2021 PHSCS 513R Computational Physics course taught by Dr. Mark Transtrum.
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Homework assignment with Mason Acree implementing an ODE solution for a 1D fluid dynamics equation
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This project aims to compare optimization speeds between supercomputers and quantum computers, utilizing the BYU supercomputer, and qiskit IBM's quantum computing library.
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