Explore projects

A place to store our numerical derivative homework for PHSCS 513R

A place for my Python scripts for learning Machine Learning and Python

This project aims to compare optimization speeds between supercomputers and quantum computers, utilizing the BYU supercomputer, and qiskit IBM's quantum computing library.

Develop a program that can process the Dual Deflection (DD) test data and extract the Young's Modulus.

Winter 2023 Physics 230 Project Creating a module in Mathematica that displays a double lens ray-diagram with input of the radius of curvature for

Optimization Homework

A collection of all of the python scripts I have created to run CASA on ALMA archive data for calibration and imaging.

3 body simulation of Newtonian gravity in Mathematica for the 230 class

Deriving atomic orbitals from the Schrodinger equation. Physics 230: Andrew Jones, Kevan Beckstead, Hannah Kunkel

This repo contains all contents related to the KIM UQ paper (published in JCP)