Responsibilities included:

• Improved sample-based quantum diagonalization sub-routines.

Responsibilities included:

• Simulated superdiffusion breakdown in 2D Heisenberg chains using quantum circuits.
• Designed and implemented robust error mitigation strategies.
• Developed internal tools for correlation analysis and testing.

Responsibilities include:

• Conducting research on quantum simulations and circuit optimization.
• Designing scalable quantum algorithms for near-term devices.
• Publishing in peer-reviewed journals and collaborating across disciplines.

GPA: 3.9/4.0

Research focus on quantum simulations, error mitigation, and quantum circuit optimization. Contributed to high-impact projects at IBM Quantum and Purdue University.

CGPA: 9.3/10.0

Completed foundational and advanced coursework in physics, with early exposure to quantum computing and research.

Score: 486/500

Strong academic performance with a focus on science and mathematics.