Exploring the intersection of Physics and CS.

Sophomore at Carleton College • Prospective Physics & Computer Science Double Major

Computational Physics Systems Programming Non-linear Dynamics

About Me

I am a student-researcher focused on the analytical and computational modeling of physical systems. Whether I'm implementing a Scheme interpreter in C or analyzing chaotic oscillators, I enjoy building tools that bridge the gap between theoretical physics and robust software.

Research Experience

Optics Education Research

Present

Research Assistant | Carleton College

Contributing to outreach and research in optical sciences, focusing on educational tools and experimental physics methodologies.

Selected Projects

Scheme Interpreter

A custom Scheme interpreter built in C. Features include tokenization, recursive bottom-up parsing, and a custom memory allocator.

C Systems

Chaotic Oscillator Analysis

Simulating the Asymmetric Coupled Duffing Oscillator. Calculated Lyapunov exponents and generated Poincaré maps to visualize chaos.

Python NumPy

Three-Body Simulation

Numerical integration of the gravitational three-body problem using Python, exploring stable and unstable orbital configurations.

SciPy Physics