Researchers and staff working on correlated matter, from senior faculty and postdocs to PhD students and administrative support.
Heavy fermion superconductivity and quantum critical phenomena in correlated electron systems.
Quantum phase transitions, unconventional superconductivity, and materials under extreme conditions.
Spectroscopic studies of correlated matter and advanced measurement techniques.
Topological states, spin liquids, and frustrated magnetism in novel quantum materials.
Transport properties and low-temperature quantum measurements in strongly correlated systems.
High-pressure synthesis and characterization of correlated electron materials.
ARPES studies of topological and correlated quantum materials.
Experimental studies of unconventional superconductivity and quantum criticality.
Spectroscopy of correlated insulators and Mott transitions.
Thermal transport in correlated electron systems under high magnetic fields.
Single-crystal growth and low-temperature properties of heavy fermion materials.
ARPES experiments on topological semimetals and related materials.
Specific heat and magnetization studies of quantum spin liquid candidates.
Coexistence of superconductivity and magnetism under high pressure.
Center administration, international collaborations, and academic event coordination.
Laboratory operations, instrument maintenance, and safety management.
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