"I've seen things you people wouldn't believe..."
- Roy Batty
T.-K. Hsiao*, P. Cova Fariña*, et al.,
Physical Review X 14, 011048 (2024)
Encode qubits in the states of electron spins. Develop scalable architecture for single-qubit control, two-qubit interaction, and qubit readout. Collaborate with semiconductor industry on foundry-made spin qubits.
C. J. van Diepen*, T.-K. Hsiao*, et al.,
Physical Review X 11, 041025 (2021)
Study quantum many-body problems by performing experiments on quantum dot arrays. Realize programmable analog quantum simulators on intermediate-scale devices. Validate quantum simulators using Hamiltonian learning methods.
T.-K. Hsiao, A. Rubino, et al.,
Nature Communications 11, 917 (2020)
Couple spin states to microwave photon, optical photon and acoustic mode. This can be used as a mechanism for quantum transduction.
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