Over fall break, I travelled to Frankfurt, Germany to conduct nuclear astrophysics research at Goethe University. My group used neutron activation analysis techniques to analyze the chemical composition of an American quarter, Zirconium earrings, and a ring of unknown material that we determined was largely nickel. We also toured the GSI nuclear facility and explored the city.

For my Intro to Circuitry and Electronics class, I built an AM/FM radio reciever. I learned to solder and I learned how the radio works. I also wrote a paper explaining the entire AM circuit from antenna to speaker.

Campfire is a web app that brings people together and eliminates food waste through a system of food cameras that allow users to easily share leftover food. Won 3rd Place at the Hesburgh Library Hackathon at Notre Dame.

Abstract: This paper presents a method of evaluating the accuracy of current superconducting quantum computers. A Quantum Fourier Transform algorithm was developed and run on multiple quantum computers as well as a simulation. The circuit was run on each machine 2048 times and the results were compared. The quantum computers resulted in an average of 75.20% measured in the |101⟩ state, indicating a 24.80% error when compared to the simulation which had measured 100% in the |101⟩ state as expected. Future experimentation could examine the accuracy on a wider array of quantum algorithms or compare different types of quantum computers such as trapped ions or quantum dots.

This system monitors the moisture of the soil of my plant and reminds me when to water. It prints the moisture to an LCD display and lights a red LED when it is time to water. The sensitivity can be easily adjusted to accomodate for different types of plants in order to avoid overwatering.

Abstract: Quantum amplitude estimation techniques may be used to compute the expected value of a quantum Monte Carlo algorithm more accurately than the naive, classical method. In this project, we implement a quantum Monte Carlo algorithm for e=2.71828... and apply quantum amplitude estimation. Submitted to iQuHACK Hackathon at MIT.

Researched career resources at top universities and interviewed Notre Dame Alumni to help the Notre Dame Career Center provide better resources for students considering careers in programming or technology. Presented recommendations to Career Center staff and wrote paper detailing results.

Abstract: This paper presents an introduction to the life of Amalie Emmy Noether (1882-1935) and Noether's Theorem. The early life and education of Noether is examined as well as Noether's gradual acceptance into the mathematics community as an outstanding woman in her field. Finally, Noether's Theorem on the relationship between symmetries and conservation laws is discussed. Submitted as final project for Math 20180.

Abstract: This paper presents a method of measuring Planck’s constant using light emitting diodes (LEDs). An LED was connected to a variable power source and the voltage was gradually increased until the LED emitted light. From this threshold voltage, the voltage was steadily increased and both current and voltage were measured. Repeating this process with 5 different wavelengths of light yielded a value for Planck’s constant of 8.12 x 10^-34 m² kg s^-1. The percent error was calculated to be 22.5% when compared to the known value of h, 6.626 x 10^-34 m² kg s^-1. This error can be attributed to internal heating of the wires and the model of LEDs as resistors that follow Ohm’s Law. Submitted as final project for Mechanics.

Developed a website to educate users on biomes through interactive games. Used HTML, Javascript, CSS, and Google Maps API to place users on the street at the center of a random biome allowing the user to explore and learn about the biome before making a guess about where they are. Submitted to EarthXHack 2020.

Built a website using HTML, CSS, and Bootstrap to educate users on water conservation through projects and quizzes. Also prototyped an irrigation system using an Arduino to optimize for humidity and mitigate water loss. Won 2nd Place at the Wacode Hackathon at Baylor University.

Modeled problems related to the infrastructure and adoption of electric semi-trucks. Wrote paper detailing ideas.

MentorOne is a mobile app and website that connects high school students with job shadowing opportunities in different industries. The app was built with Flutter and the website was built with HTML. The backend database was built with Firebase. Submitted to HackDFW 2019.

Built mathematical models to answer questions regarding substance use and abuse. Used regression techniques to model the spread of e-cigarette use over time. Wrote paper with results. Honorable Mention Team.