- Open-source quantum software development, primarily focused on the mitiq toolkit- Theoretical research focused on the intersection of quantum error correction and quantum error mitigation

Global lead for Quantum Computing Developer Relations at Amazon Web Services. Helping customers, researchers, and partners explore quantum computing with Amazon Braket.

Quantum chemistry and information. -Optimizing tensor network quantum machine learning circuits for physical qubit architecture-Implementing open quantum systems simulation using the ITensor library-Calculating quantum entangled molecular ground states using Exact Diagonalization and DMRG

Student club aimed at connecting students, industry, and academia in Quantum Computing. -Inception and full-stream organization of 1st annual Horizons in Quantum Computing panel-Integral member of strike team which won 2018 Rigetti Hackathon out of 20+ teams of international Quantum Computing experts-Spearheading and maintaining partner collaboration

At QNL, I handled end-to-end testing and characterization of quantum parametric amplifiers:-Created streamlined data analysis pipeline, reducing total time from days to minutes-Implemented seamless from-scratch SCPI-interfacing for efficient characterization and analysis of phase response, gain, and electric flux tuning-Clean-room microscopic bonding of Josephson Parametric Amplifiers to cryopackaging-Produced individual JPA performance reports requested by partner labs

My research with the Orebi Gann Group was in neutrinos and dark matter. Here are a few things I worked on:-Designing and executing simulations of nuclear and particle physics phenomena-Creating data analysis tools using Python, ROOT, and C++ -Analyzing data from research conducted to characterize physical properties of material-Creating and maintaining a standardized laboratory procedures manual