- Quantum/Nonlinear Optics (Nonclassical light generation and characterization, quantum entanglement, light-matter interaction, multi-wave mixing, (ultra)cold atoms, non-Hermitian physics, cavity QED, etc)
- Quantum Measurements (POVM, weak measurements, etc)
- Quantum-Enabled Technologies (Quantum information science, quantum imaging & lithography, quantum sensing, quantum communications, quantum computing, quantum networks, quantum metrology, quantum spectroscopy, etc)
- Foundations of Quantum Mechanics (Wave-particle duality or Bohr's complimentarity principle, various interpretations of quantum theory, mesophysics, etc)
Research
- Atomic, Molecular and Optical (AMO) Physics
- Photonics
- Non-Hermtian Physics (Parity-time symmetry, exceptional point, topological effects, Floquet systems, etc)
- (Quantum) Integrated Photonics (Optical nonreciprocity, optical filter and switch, microcavity lasers, etc)
- Optomechanics (Microdisks, microtoroid resonators, frequency combs, etc)
- Optical Sensors (Unconventional sensors, etc)
- Optical Imaging
- Diffractive Optics (Fourier optics, Talbot effect (or self-imaging), ghost imaging, etc)
- Optical Superresolution Imaging (sub-Rayleigh diffracted imaging, superoscillations, correlation imaging, etc)
- Optical Spectroscopy/Microscopy (Noise-correlated sensitive spectroscopy, atomic magnetometry, etc)
- Condensed Matter Physics
- Circuit QED
- Low-Dimensional Materials (Graphene, TMDC, etc)
- Phase Transitions
- Dispersion Forces
Our research is supported by the National Science Foundation (NSF), Department of Energy (DoE), and Kennesaw State University.
