MQC

Theory for quantum materials, 2D materials: disorder, strong correlations, topology, quantum coherence, and superconductivity.

Quantum information theory, quantum theory of measurement

Machine Learning, Quantum Machine Learning, Quantum Computing

Quantum many-body phenomena with strongly interacting photons, driven-dissipative phase transitions, Rydberg exciton, quantum synchronization

Numerical methods for simulating characterizing and control of quantum devices

Electronics, Heterogeneous Integration, Quantum Acoustic, Ferromagnetic,

Quantum condensed matter, spin physics, low temperature experiments, neutron scattering, quantum computations

Quantum materials, X-ray and neutron entangled probe techniques

Quantum field theory, lattice gauge theory, particle and nuclear physics

Solid-State Quantum Optics, Optical Quantum Information Processing Technologies, Spectroscopy and Quantum Control of Diamond Defects, Quantum Thermodynamics

Quantum photonics and single photon sources

Optoelectronics, nano photonics, low-dimensional quantum confined systems, QD lasers

Optomechanics, Spin-Acoustics, Inertial Sensors

Quantum Transport & Mesoscopic Physics; Superconducting/ferromagnetic hybrid systems

Quantum Control

Synthesis and integration of 2D nanomaterials for nanoelectronics and quantum technology

Nanophotonics, optical materials, quantum photonics, machine learning for photonics

Quantum optics, hybrid quantum systems, cold atoms in optical tweezers, cavity QED, nanophotonics, integrated quantum systems, light-matter interactions, Rydberg mediated interactions, quantum simulation and quantum sensing

Markov - quantum open systems models of decision making

Applications of quantum probability outside physics to judgment and decision making behavior

Quantum Computing, Quantum AI

Quantum Computing, Quantum Security, AI for Quantum

Quantum gas, quantum optics (atom-nanophotonics integration)

Terahertz microscopy and spectroscopy

Quantum symmetric spaces