CECAM - QMMAT27QMMAT27

QMMAT27 brings together leading researchers from theory and experiment to explore the rapidly evolving frontiers of quantum materials in and out of equilibrium. The workshop will focus on ultrafast and light-driven phenomena, cavity and polaritonic quantum materials, quantum optics, topology, strong correlations, and microscopic many-body dynamics. By connecting advances in computational methods with cutting-edge spectroscopy and experiments, QMMAT27 aims to identify common challenges, stimulate new collaborations, and develop new perspectives on how quantum states of matter can be understood, engineered, and controlled.

Topics

Quantum materials: theory and computation

• Correlations, topology, and collective phenomena

• Ab initio and microscopic modeling

• Quantum many-body methods

Quantum materials out of equilibrium

• Ultrafast dynamics and spectroscopy

• Floquet engineering and light-induced phases

• Dissipation, relaxation, and coherence

Light-matter and experimental frontiers

• Cavity and polaritonic quantum materials

• Quantum light and fluctuation engineering

• Advanced spectroscopies and quantum probes

QMMAT27

Location: Bremen, Germany

Organisers

Topics

References