Colorado Springs, Colorado, United States
I am a recent graduate from Rice University with a Bachelor of Science degree in applied physics and a minor in mathematics. I am an incoming PhD Student in quantum science and engineering at the Pritzker School of Molecular Engineering at the University of Chicago. I am interested in understanding fundamental quantum physics and leveraging these discoveries to develop the next generation of groundbreaking technology. Feel free to email me at: [email protected]
Conduct group-style SAT office hours for both the Math and Evidence-Based Reading & Writing sections. Guide students through pre-submitted, challenging problems in a collaborative environment, breaking down complex concepts into actionable steps and discuss test-taking strategies and approaches.
Lead the MATH Peer Educator Team, conduct observations, and provide support and feedback to fellow peer educators. Attend and participate in meetings, serving as a liaison between the peer educators and faculty and staff. Tutor undergraduate students in MATH 101 and additional math courses when needed.
Member of Dr. Pagano’s quantum simulation group, developing a 3D printed, DC driven optical shutter for automated laser beam blocking. Characterizing the phase shift of a laser beam reflected by a Spatial Light Modulator for quantum simulation applications. Developing skills in optical setups, laser modulation, and computer programming.
Member of the AEgIS collaboration, investigating antiproton trapping, antiprotonic atoms, and matter-antimatter annihilation events. Installing scintillator detectors along the antiproton beam line, and optimizing the extraction trajectory through data analysis and electrode voltage adjustment. Participating in the CERN Summer Student Programme and lecture series.
Researching in the Lewandowski Group, which specializes in experimental cold molecular physics. Focused on replicating and optimizing a Nijmegen Pulsed Valve (NPV) in house to allow for the addition of ammonia into an ion trap, simulating regions of the Interstellar Medium (ISM) to better understand chemical reactions in this environment. Developing skills in electronics, machining, vacuum chambers, and laser cooling.
Tutored students in Differential Equations during drop-in hours through the Office of Academic Support, customizing sessions to best suit the students' needs. Provided feedback to shape the future development and expansion of tutoring resources at Rice.
Member of the Solar and Space Plasma Physics research group participating in over 50 hours of group meetings, assimilating technical terminology, refining research methodologies, and mastering computer programming tools to retrieve, refine, and analyze solar data to aid in research initiatives. Project focused on analyzing pre-flare emissions to better understand precursory flare events.
Evaluated weekly problem sets and exams throughout the semester. Effectively assessed student submissions and provided students with constructive feedback to rectify any errors. Fostered a collaborative environment by engaging with fellow graders, seeking clarification when needed and sharing helpful insights.