Roster of Participants

Electron transport in disordered and mesoscopic systems, kinetics of one-dimensional electron liquids, superconductivity.

My main interest in the physics of complex quantum systems, either chaotic or disordered. I am especially interested in transport properties in cold atomic gases. (Theorist)

My main interest are in low dimensional quantum systems (Luttinger liquids and the likes) and in disordered classical and quantum systems.  (theorist).

Quantum many-body physics, particularly phase transitions and dynamics. Applications include ultracold atoms, spin liquids, many-body localization, eigenstate thermalization. (Theorist)

The focus of our research interest is the understanding of static and non-equilibrium phenomena in interacting many body systems both in condensed matter systems and quantum gases. (Theorist)

I am mainly working in the areas of condensed matter physics, atomic physics and statistical mechanics focusing on the theory of non-equilibrium many-body phenomena. (Theorist)

I presently use ultracold atoms to study condensed-matter phenomena such as magnetism, superfluidity, and non-equilibrium dynamics; quantum optics and cavity optomechanics; quantum and precision measurement; and, really, anything else interesting that crops up. (Experimentalist)

Experimental condensed matter physics.

Topological phases and correlated systems; transport and kinetic theory; aspects of quantum information theory in condensed matter. (Theorist)

I am interested in the physics of quantum systems with frustration. (Theorist)

Quantum and topological aspects of impurities and disorder in exotic and experimentally viable materials. (Theorist)

I am interested in disorder driven quantum phase transitions, fluctuation phenomena, and “topotronics.” (Experimentalist)

Disorder effects on electronic transport in strongly-correlated charged systems, such as nanocrystal assemblies and topological insulators. (Theorist)

I am interested in disorder, quantum dynamics, strongly-correlated systems, superconductivity, topological phases, and quasiparticles. (Theorist)

I am interested in dynamics of quantum many-body systems with a strong focus on ultracold atoms (including properties of Feshbach resonance, BCS-BEC crossover, and dynamics of population-imbalanced fermionic systems). (Theorist)

I am interested in topological systems in the presence of disorder. (Theorist)

Non-equilibrium processes in one-dimensional quantum fluids; conformal field theories. (Theorist)

My field of research interest is mostly non-equilibrium dynamics of strongly correlated systems, specifically, the scaling properties of defect densities produced after slow quenches with a finite rate that drives the system through quantum phase transitions. (Theorist)

Phase transitions in open quantum systems (e.g., in cavity QED and quantum optics); frustration, glassiness, and localization; crystalline and liquid-crystalline phases of quantum matter. (Theorist)

I’m a theorist working on Majorana Fermions in condensed matter systems. (Theorist)

I am interested in topological phases and materials, as well as applications of entanglement in topological systems. (Theorist)

Disordered and strongly interacting condensed matter systems. Currently, I am doing research on the fractional quantum Hall effect, and on resonant states in the Anderson model of localization. (Theorist)

My research interests include: non-equilibrium effects in one dimensional systems, topological states of matter and Majorana fermions. (Theorist)

I’m interested in strongly correlated electrons. I currently work on Hard Core Bosons. (Theorist)

I am interested in strongly correlated systems and transport properties.(Theorist)

I’m interested mainly in dynamics of nonequilibrium systems,  especially when interactions are important, for example superfluid rotons and thin liquid films. (Theorist)

I am interested in investigating quantum many-body systems out of equilibrium using numerical methods, critical properties, quantum geometry, and other methods/ideas. (Theorist)

Quantum dynamics, Quantum hall physics, Chern insulator. (Theorist)

I am a theorist primarily interested in the study of topological states in condensed matter and ultracold atom systems, including high dimensional topological insulators with Landau levels, solvable models with topological excitations, spin-orbit physics in ultra-cold magnetic dipolar fermions, and strongly correlated Mott-insulators. (Theorist)

Exotic phases in correlated fermion systems; non-Fermi liquid metals and un- conventional quantum criticality. (Theorist)

I am interested in topological superconductors and insulators, with emphasis on Josephson effects and effects of disorder on the topological state. (Theorist)

Dirac materials and topological phases. I am currently working on Weyl semimetals. (Theorist)

Interests: - mesoscopic physic and transport properties. - interplay of ferromagnetism and superconductivity (Theorist)
 

I am particularly interested in quantum or novel phases of matter, esp. quantum spin liquids, and their realizations in real materials. (Theorist)

My primary interest is in describing electronic systems where the Coulomb interaction induces strong correlations between charges, including 2D electron gases, topological insulators, nanocrystal assemblies, and supercapacitors. (atter Theorist).

Mesoscopics, 2D Materials, Non-locality; 3Gen Solar Cells, Optics/Opto-electronics (Theorist)

Topological phases in strongly correlated systems and realizing such phases in materials, e.g. in frustrated or narrow-band systems. (Theorist)

Topological insulators, electron transport, disordered systems. (Theorist)

I am interested in much of condensed matter and mathematical physics. Particularly, topological states of matter, quantum entanglement, Casimir effect, cold atom systems, and quantum geometry. (Theorist)

My research interest is investigating the quantum behavior of ultracold Fermionic gas in optical lattice, especially the case with disorder. (Experimentalist)

I am interested in ultracold atom/molecule and strongly correlated low dimensional systems. (Theorist)

The focus of my research is mesoscopic physics, but my interests also span superconductivity and quantum critical phenomena. My research investigates the interplay between low-dimensionality as well as interactions and disorder by studying e.g. superconductor-ferromagnet hybrids, topological insulators, quantum wires, and ultra-cold atomic gases. (Theorist)

Phase transition in strongly disordered quantum systems. Topological phenomena in driven and disordered systems. (Theorist)