Advances in the Dynamics and Control of Quantum Materials

This research conference provides a platform for the discussion of nonequilibrium dynamics in quantum materials exhibiting collective or cooperative phenomena. Particular emphasis is on time-dependent properties with interactions between the charge, spin, lattice, and orbital degrees of freedom. Electromagnetic stimulation can alter the degree of freedom competition or cooperativity, leading to emergent nonequilibrium properties or phase transitions. This conference will focus on the means to initiate emergent dynamics, techniques to measure the dynamic evolution of the quantum properties, and the underpinning theory to advance our ability to understand and control dynamics in quantum materials.

One important component of the conference will be the application of state-of-the-art ultrafast spectroscopy techniques to manipulate and interrogate quantum materials. This includes short pulses of light spanning the frequency range from THz to x-rays, as well as electron and photoelectron probes. These tools offer the potential for new insights into the dynamics of cooperative condensed matter by enabling mode specific excitation and detection of interactions. Another important component of discussion during the conference will be on progress towards developing a theoretical understanding of dynamics in quantum materials. This includes the implementation of new theory tools to characterize nonequilibrium states and provide guidance in the quest to detect new phenomena unique to quantum materials driven out of thermodynamic equilibrium.

Partial list of topics / keywords: Materials including ferroelectrics, superconductors, Mott-Hubbard insulators, topological insulators, transition metal oxides, 2D materials and transition metal chalcogenides. Phenomena including photoinduced phase transitions, Floquet dynamics, coherent order parameter dynamics, nonlinear phononics, spin dynamics, and topological control.