Highlights:Physics and Computer Science graduate with a strong passion for programmable problem-solving. Experienced in computational quantum physics research at the Flatiron Institute, dark matter experiments at MIT, and collaborative research on Lights Out Puzzle variations at Earlham College. Skilled in programming languages including Python, C, SQL, JavaScript, Java, and HTML. Proficient in Git, GitHub, GitLab, Node.js, research, and data science. Possesses analytical and critical thinking abilities, excellent problem-solving skills, and the motivation to work independently. Demonstrated leadership, interpersonal, oral and written communication skills. Engaged in various activities, including sports, leadership roles, and student work.

Skills:Python, C, SQL, Problem-solving, Oral and Written Communication, Analysis, Critical thinking, Pandas, Numpy, Data Visualization, interpersonal skills, Data Structures and Algorithms, High Performance Computing

Goal:To leverage my expertise in computational quantum physics, dark matter experiments, and collaborative research to contribute innovatively to cutting-edge projects at the intersection of physics, computer science, and data science. Aspire to lead impactful initiatives, advancing our understanding of complex phenomena, and driving technological advancements. Seek opportunities in research institutions or tech-driven organizations where I can apply my analytical, programming, and problem-solving skills to push the boundaries of scientific discovery.

Honor:Accomplished a Bachelor of Arts in Physics and Computer Science from Earlham College with a GPA of 3.92/4.00. Holds an International Baccalaureate Diploma from Li Po Chun United World College. Recognized with honors including Phi Beta Kappa, Gertrude Pardieck Hubbard Distinguished Student Award, and George Van Dyke Distinguished Student in Physics Award.

Computational Quantum Physics Research 05/2023 - 08/2023
Flatiron Institute - Simons Foundation, New York, New York United States
Quantum physicist skilled in Quantum Espresso for 2D moiré material research. Implemented Fortran code modifications using Git and cluster computing. Automated tests, data acquisition, and extraction, conducting electronic structure calculations. Proficient in Python and Pandas for intricate data processing, creating visualizations for charge density and spin distribution. Identified spin density wave phases and magnetic property variations. Authored comprehensive documentation for potential publication, showcasing expertise in complex data analysis and quantum material research.
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Experimental Atomic Physics 06/2022 - 08/2022
Massachusetts Institute of Technology, Cambidge, MA United States
Contributed to experimental dark matter research by implementing projects. Analyzed and redesigned shutter components for printed circuit boards, achieving a high-performance shutter with a switching time below 1 ms and activation delay of ~2.8 ms. Utilized Autodesk Eagle software, UltiMaker Cura, and expertise in integrated circuits, sensors, and oscilloscopes. Tested optical-mechanical systems for shutter switching time, activation delay, and jitter. Presented project findings through a poster, demonstrating achievements in design and performance.
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Lights Out Puzzle; Summer Collaborative Research 05/2021 - 08/2021
Earlham College, Richmond, IN United States
Investigated variations of Lights Out Puzzle (LOP) to identify and quantify solutions. Developed theorems and conjectures through mathematical and observational analysis. Created and launched a website for interactive engagement with puzzle variants. Engineered Python and SageMath algorithms to gather, analyze, and visualize puzzle data. Co-authored a detailed research paper using LaTex, encapsulating findings and methodologies for potential publication. Presented research discoveries at Earlham exposition through an oral presentation.
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Earlham College 01/2020 - 12/2023
Richmond, IN, United States
Degree: Bachelor's Degree
Major:Physics and Computer Science
Physics and Computer Science graduate with strong analytical thinking, problem-solving, and leadership abilities. Hold a Bachelor's degree with a GPA of 3.92/4.00 and an International Baccalaureate Diploma. Recognized with honors including Phi Beta Kappa and distinguished student awards. Engaged in sports, leadership roles, and diverse student work activities.

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