- ๐ซ I am an undergraduate at Carnegie Mellon University majoring in physics, minoring in mathematics. I have been advised by Prof. Tina Kahniashvili in theoretical cosmology, and Prof. Roy Briere in experimental particle physics.
- ๐ญ I am currently interested in theoretical cosmology, specifically alternative theories of gravity in the purview of gravitational waves. I use computational and numerical methods to look at the consequences of these theores in real world data.
- ๐ฑ I love working on open source projects in my spare time. I use my skills to make it easier to set up systems in arch linux. I also like discovering new aspects about data by generating interesting statistics in the field of cubing, music, linguistics, anime, and more.
- ๐ I love reading hard sci-fi (Greg Egan, Liu Cixin, Neal Stephenson, Issac Asimov, Olaf Stapledon) and speculative fiction (Ted Chiang, CM Kosemen) (my Goodreads account), cycling (my Strava account), and watching Japanese animation (my MAL account)
- ๐ฌ Ask me about massive gravity, NANOGrav, gravitational waves, general relativity
- ๐ซ How to reach me: Personal email, Academic email, Facebook, or Instagram.
- ๐ Pronouns: He/him/his
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Carnegie Mellon University
- Pittsburgh, Pennsylvania
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05:50
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constrain_mass_nanograv_15
constrain_mass_nanograv_15 PublicThis is code that generates the plots of the paper "Stochastic Gravitational Wave Background Detection through NANOGrav 15-year Data Set in the View of Massive Gravity" written by Chris Choi, Jacobโฆ
Jupyter Notebook
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constraining_NANOGrav_paper
constraining_NANOGrav_paper PublicStochastic Gravitational Wave Background Detection through NANOGrav 15-year Data Set in the View of Massive Gravity
TeX
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gw_research
gw_research PublicThis is code I write for my research with Dr. Kahniashvili related to gravitational waves.
Python
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Root-Code
Root-Code PublicThis is a repository for the code I create under Dr. Roy A. Briere's supervision for research at CMU for the Belle II experiment. Done during the summer of 2022 with the SURF fellowship.
C++
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ARPESCode
ARPESCode PublicThis is code I wrote under the supervision of Dr. L. Andrew Wray at New York University, Center for Quantum Phenomena in summer of 2019
Processing
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wca_statistics
wca_statistics PublicA compilation of random WCA Statistics requests done in python most likely
Python 1
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