Research area
Quantum Computing
We study the physics and engineering of quantum information, from qubit coherence and error correction to hybrid quantum-classical algorithms with near-term impact.
Overview
Quantum computing promises to reshape chemistry, materials science, optimization, and cryptography. Our quantum group works across the stack: characterizing noise and decoherence, prototyping error-correction and mitigation strategies, and designing variational and hybrid algorithms that can run on today's noisy hardware. As a member of the Wisconsin Quantum Alliance, we connect our work to a statewide effort to grow the quantum workforce and startup ecosystem.
Focus areas
- Qubit coherence & noise characterization
- Quantum error correction & mitigation
- Hybrid quantum-classical algorithms
- Quantum machine learning
- Workforce development & education
Other research areas
Advance the frontier with us.
Partner with OS Research Labs to push the boundaries of robotics, quantum, and artificial intelligence, and to open those frontiers to the next generation of researchers.