• Quantum coherence of NV centers
• Magnetic sensing and spectroscopy
• Quantum memory and control

Quantum devices in the nanoscale for quantum information processing:

developing novel quantum materials that can process quantum information by scattering of light, such as quantum mirrors.

• Quantum computation and algorithms
• The interstellar medium
• Genetic networks

• Quantum optics in complex media
• Multiple scattering of entangled photons
• Quantum imaging
• imaging in scattering samples
• Hanbury Brown-Twiss interferometry

• Multi-photon entanglement generation
• Projection of two biphoton qutrits onto a maximally entangled state
• Quantum key distribution with biphotons
• Photon enanglement with quasy-phase-matched crystals
• Photon enanglement with low-symetry crystals

• Nonequilibrium mode locking phase diagram
• Noise-activated transitions and entropic barriers
• Fluctuations, dispersive waves, and coherence
• Continuum-pulse and pulse-pulse interactions
• Entanglement generation in semiclassical wave packets
• Wave packet interferometry and geometric phases
• Scattering from classical singularities
• Self-interacting wave packets

• correlated quantum systems
• modern condensed matter physics
• devising new numerical methodologies such as quantum Monte Carlo, tensor networks, and machine learning inspired techniques that push this boundary

Experimental research of quantum information processing platforms:

• Non-classical states of macroscopic mechanical objects (Quantum MEMS).
• Quantum-limited measurement of superconducting devices.
• Hybrid quantum systems with charged particles: electrons and superconductors, mechanical systems with trapped ions.
• Quantum sensing using quantum information processing techniques.
• Quantum information theory: tomography, benchmarking and entanglement witnesses, macroscopicity of quantum mechanics.

• Coupling of single and many quantum dots to nano-plasmonic and nano-photonic structures
• Active quantum dots based hybrid devices
• Single photon sources
• Non-linear nano-photonics and nano-plasmonics
• Physics of two-dimensional quantum degenerate exitonic fluids

• Quantum sensing
• Quantum Simulations
• Quantum information
• Cooling schemes
• Trapped ions
• Bose einstein Condensates
• Nano-mechanical oscillators
• NV centers in diamond

• condensed matter physics and computation
• Limitations on simulating complex quantum systems
• Statistical mechanics of deep learning algorithms
• Combining deep learning and renormalization group to unravel the physics of complex phases of matter

• Metrology for Standard Model testing using optical traps
• Electronuclear (electron induced) or photonuclear (photon induced) reactions to study the strong nuclear force
• Electromagnetically induced transparency in meta-stable Neon

• Quantum measurements
• Macroscopic quantum states
• Quantum sensing
• Nano- and micromechanical oscillators
• Optomechanics