Researcher at the Yale UQM Lab. Building a first-of-its-kind neutral atom quantum computer using Strontium. Pioneering novel experimental design for optical tweezer construction and leading polarization spectroscopy for 689nm laser. Developing applications in computation, metrology, sensing, and qECA.

PI: Professor Nir Navon

Quantum Software Engineer at qBraid. Using Python for API management and SDK development. Maintaining and upgrading quantum device access, as well as backend-agnostic transpiling. Working on in-house kernel and quantum environment management, as well as API gateway construction to diverse hardware providers.

Quantum Product Management intern at qBraid. Working on business development to improve customer retention and facilitate revenue growth through strategic partnerships. Managing corporate partnerships across technologies (IBM, Amazon, Microsoft, Wolfram) to widen the user base. Developing resources and notebooks to demonstrate how qBraid’s resources can be leveraged to engineer novel quantum solutions. Increasing community engagement through outreach and communication.

Researcher at Yale/Northwestern CASLAB. Developed a novel security algorithm implementing a “moving target defense” on multimodal quantum computer hardware, maximizing circuit depth while minimizing fidelity lost through SWAP insertion, preventing cross-talk attacks. Paper submitted to IEEE EuroS&P.

Developed a novel quantum architecture schematic to optimize job delivery algorithms, working with Microsoft Azure Quantum. Creating versatile datasets for novel models predicting efficiency and reducing decoherence and gate-level delays. Leveraged Clifford-group randomized benchmarking techniques with our schematic to enhance result precision for quantum backends.

PI: Professor Jakub Szefer