Charlotte Cullip

Experimental research on self-assembled semi-conductor Quantum Dot Molecules as quantum emitters • Conducted spectroscopic experiments for sample characterization • Analysis of data and presentation of key results Technologies: Quantum optics, MATLAB, cryogenics fundamentals

Continued work from the previous summer on chemical applications of quantum computing

Worked with the Quantum Applications in Quantum Chemistry and Science on novel chemical applications using quantum computing • Hamiltonian diagonalization of a chemical system for subsequent simulation on Qiskit • Presentation of key results at end-of-internship poster session Technologies: Python, Mathematica, Qiskit

Conducted research in spectroelectrochemistry and electrochemistry with Professor Hill through the Summer Undergraduate Research Program at Occidental College.

Created worksheets relating to content covered in General Chemistry II and held weekly workshops to help students practice chemistry concepts and prepare for exams.

Worked with Dr. Glenn Orton on analyzing and calibrating images of Jupiter through the Student Independent Research Internship program.

Created tutorials using Camtasia and Blogspot to help professors set up and adjust their course pages.

Shared my personal experiences in the STEM fields with other students as part of the COSMOS (Creating Opportunities in Science and Mathematics for Occidental Students) scholarship funded by the National Science Foundation.

Taught workshops on the traditional art forms of shibori, batik, and wood blocking, as well as helped run the storefront, talk to customers, and set up for special events and classes.

Focus on experimental quantum physics

Completed one year of two-year BMC program before switching to QST Masters program.