Materials-Enabled Quantum Device
Designing quantum devices whose coherence and functionality emerge from the properties of the material itself.
Quantum materials provide new opportunities for building next-generation quantum hardware. We design devices where material properties directly enhance coherence and functionality.
Key directions include:
- symmetry- and topology-protected Josephson devices; and
- heterostructure-based quantum transducers.
These devices aim to achieve quantum functionalities that arise from the physics of the material itself, enabling scalable architectures for quantum information science.