I am currently a graduate student at Michigan State University where I am working in lattice field theory. This page contains some of the class notes I took as a graduate student at MSU and as an undergraduate at Florida State University where I majored in physics and applied/computational mathematics. I am still occasionally updating these notes.

I am an advocate for open science. I would love to write free and open textbooks, but until then, feel free to download, print, and use these class notes and my codes on GitHub.

# Graduate Class Notes

### Physics:

Classical Mechanics

Quantum Mechanics

Statistical Mechanics

Classical Electrodynamics

Quantum Field Theory

Lattice QCD

### Computational Science:

Numerical Methods for Differential Equations

Numerical Linear Algebra

Parallel Programming

# Undergraduate Class Notes

### Physics:

Introductory General Physics

Mechanics

Quantum Mechanics

Electrodynamics

Special and General Relativity

Particle and Nuclear Physics

Statistical Physics and Thermodynamics

Computational Physics: Software Notes (e.g. LaTeX, Python, Fortran, etc.)

### Chemistry:

General Chemistry I and II (CHM 1045, CHM 1046)

### Mathematics:

Trigonometry (MAC 1114)

Pre-calculus Algebra (MAC 1140)

Calculus I, II, and III (MAC 2311, MAC 2312, MAC 2313)

Applied Linear Algebra (MAS 3105)

Mathematical Modeling (MAP 4103)

Introductory Math Statistics I (STA 4321)

Partial Differential Equations I (MAP 4341)

Complex Variables (MAA 4402)

Numerical Analysis / Comp. Physics (MAD 3703, MAD 4704, PHZ 4151)

Real Analysis (MAA 4224)

# Other Stuff

Numerical Mass Estimates from Correlation Functions in a 4D SU(2) Higgs Model

This is a link to my undergraduate honors thesis.

Lattice Field Theory: An Undergraduate Introduction

I wrote the first part of this document when I was trying to understand lattice field theory during my undergraduate research. I finished this document and submitted it as my final project in my undergraduate particle and nuclear physics course.