Atomic, Molecular and Optical Physics (Experiment)

• ​A. Marjatta Lyyra - Molecular quantum optics: Coherence and quantum interference effects​​
• Darius Torchinsky - Ultrafast time-resolved and nonlinear optical spectroscopy

Atomic, Molecular and Optical Physics (Theory)

• Svetlana Kotochigova - Quantum phenomena with ultracold molecules
• Dmitri Romanov - Strong-field quantum control in complex systems​

Condensed Matter Physics (Experiment)

• Alexander X. Gray - X-ray spectroscopy and imaging, Ultrafast phenomena
• ​Maria Iavarone - Complex materials, Mesocopic systems, Scanning probe microscopy
• Rongjia Tao - High Tc superconductivity, Smart fluids
• Darius Torchinsky - Physics of high-Tc superconductors, heavy fermion materials and Weyl semimetals
• Xiaoxing Xi - Materials physics of electronic and photonic thin films

Condensed Matter Physics (Theory)

• Peter S. Riseborough - Electronic Correlations, Low-dimensional magnetism, Quantum Phase Transitions
• Xifan Wu - First-principles computational physics: liquids and functional materials
• Jie Wang - Emergent phenomena in strongly correlated quantum matters, by using both analytical and numerical tools

Nuclear and Particle Physics (experiment)

• Jim Napolitano - Electroweak interactions, Neutrinos, Fundamental symmetries, Hadron spectroscopy and structure
• Miguel Mostafá - Experimental high energy particle astrophysics
• Nikolaos Sparveris - Nuclear physics, Nucleon structure, Nuclear few-body systems
• Bernd Surrow - High-energy collider physics of strong interactions, Micro-pattern detector development

Nuclear and Particle Physics (theory)

• Martha Constantinou - Quantum chromodynamics (QCD), lattice QCD, structure of hadrons
• Andreas Metz - Quark, gluon, partonic structure of hadrons, QCD
• Farid Salazar - Details coming soon.

Statistical Mechanics (theory)

• Peter S. Riseborough - Non-linear and non-equilibrium Phenomena, Macroscopic Quantum Tunneling