Quantum Physics Research
PhD student working at the intersection of quantum computing and quantum sensing. My research focuses on near-term quantum hardware, error mitigation, and high-precision sensing with NV centers.
Research Interests
Quantum Computing
Developing and benchmarking variational quantum algorithms (VQE, QAOA) on near-term NISQ devices. Research includes quantum error mitigation, noise characterization, and circuit optimization to bridge the gap between current hardware and fault-tolerant quantum computation.
Quantum Sensing
Exploiting quantum coherence to achieve precision measurements beyond classical limits. Current work focuses on nitrogen-vacancy (NV) centers in diamond for nanoscale magnetometry and thermometry, including dynamical decoupling protocols to extend coherence times at room temperature.
Active Projects
Current and recent research projects
Variational Quantum Eigensolver Implementation
Implementation and benchmarking of VQE algorithms for molecular ground-state energy calculations on near-term quantum hardware.
NV Center Quantum Sensing Protocols
Development of precision magnetometry protocols using nitrogen-vacancy centers in diamond for nanoscale magnetic field sensing.
Quantum Circuit Optimizer
A software tool that applies gate-level optimizations and noise-aware compilation to reduce circuit depth on NISQ devices.
Quantum Error Correction Simulator
Simulation framework for studying topological error correction codes including the surface code and color code.
Quantum Noise Characterization Toolkit
Tools for characterizing and modeling decoherence sources in superconducting qubit systems using randomized benchmarking.
Ramsey Interferometry Analysis Suite
Data analysis pipeline for Ramsey spectroscopy experiments, including decoherence fitting and sensitivity estimation.
Presentations & Talks
Coherence Enhancement in NV Center Ensembles via Dynamical Decoupling at Room Temperature
APS March Meeting 2025
Noise-Aware Compilation of Variational Quantum Circuits on Superconducting Hardware
Quantum Computing Theory in Practice (QIP) 2025
Benchmarking VQE Ansatz Depth on IBM Quantum Eagle Processors
University Quantum Seminar Series
Tools & Methods
Quantum Software
Experimental Techniques
Quantum Algorithms
Hardware Platforms
Interested in Collaborating?
I'm always open to research collaborations, discussions about quantum physics, or questions about my work.