Research

Quantum systems enable functionalities beyond those of classical systems, but their dynamics are often fragile in the presence of noise and imperfections. We study the dynamics of quantum hardware and develop robust control techniques to make quantum technologies more resilient to noise.

Scalable quantum technologies require bridging distinct physical systems. We explore efficient protocols to coherently transfer and convert quantum information across these platforms, especially for quantum transduction between microwave and optical photons.

Quantum devices are ultimately constrained by physics, and understanding these limits is essential for advancing the technology. We investigate the physical limits of quantum operations and how realistic constraints influence the capabilities of quantum systems.