MQC Members

Topological materials, frustrated magnets, correlated electronic systems, oxide heterostructures, neutron scattering science

Photon localization

Electronic structure calculations, defects and dopants, modeling of quantum processes

Semiconductor quantum optics, lightwave quantumelectronics, quantum information theory of complex systems

Si-based quantum computing devices

Attosecond science, coherent chemical dynamics, quantum materials

Semiconductor quantum light sources, undergraduate quantum engineering education

quantum chemical dynamics, ultrafast dephasing and decoherence, strong coupling

Nanodevice design and performance predictions; Quantum transport modeling; Many-particle physics; high performance computation;

I work on correlated topological insulators.

quantum optics, atomic physics

Dark Matter

I apply the tools of quantum information theory in theoretical physics, specially high-energy physics: quantum field theory and gravity.

My group works on developing new quantum algorithms such as the rodeo algorithm.

Quantum sensing, quantum optomechanics, spin qubits

quantum materials, quantum sensing, magnetometry

Ultracold atoms, quantum optics

Quantum Algorithms, Gauge Theory

Nanostructured Materials, Small Molecules, Quantum Dots, Halide Perovskites, Epitaxy, Growth

superconducting qubits, analog quantum simulation, many-body dynamics

quantum simulation, open quantum systems, noisy quantum channels

photophysics, spin effects, energy science

Quantum materials, quantum photonics, molecular beam epitaxy, semiconductor nanostructures, optoelectronics

CMOS cryogenic circuits, devices and modeling for quantum computers

Quantum Interferometry