01
Computational Physics · Julia
Monte Carlo Simulation of Ferroelectric ZrO₂
Developing and testing a six-state lattice simulation using energy calculations, periodic boundaries, and Metropolis sampling.
Hello, my name is
I am a student at San Diego State University interested in mathematics, pure and computational. I am currently curious about scientific computing, computational physics, numerical methods, quantum cryptography, Rubik's cube theory, quantum computation, and high-performance computing.

About me
I am pursuing an interdisciplinary education in computer science, mathematics, and physics. My interests lie where mathematical theory, physical models, and software development meet.
My long-term goal is to develop reliable computational tools that help scientists and engineers study systems that are difficult, expensive, or impossible to investigate experimentally.
More about me →Current work
01
Computational Physics · Julia
Developing and testing a six-state lattice simulation using energy calculations, periodic boundaries, and Metropolis sampling.
02
Mathematics · Research Direction
Exploring how computational search, linear algebra, and group theory can be used to analyze and optimize cube algorithms.
03
Open Source · Julia
Contributing testing and visualization work to an open-source computational fluid dynamics package.
Selected projects
Computer Vision
An image-classification project for identifying recyclable objects using machine-learning and computer-vision techniques.
Application Development
A team software project designed to help users report, search for, and recover lost belongings at San Diego State University.
Software and Hosting
A continuously hosted Discord bot built to provide help to people struggling with the unit circle. Includes Sine, Cosine, and Tangent functions and all the radian angles in the unit circle. Hosted and automates server resets.
Academic focus