Roster of Participants

I am a theorist. Novel phases and phase transitions in quantum condensed matter systems. 
Topics include: topological order in strongly correlated systems; characterization and classification of many-body entanglement; tensor network representation; quantum information application.

I am a theorist. Professor Fu has been interested in novel topological phases of matter and their experimental realizations.

I am a theorist. Theory of symmetry, topology and interactions in electronic systems.

I am a theorist. My research focuses on emergent electronic properties of quantum correlated materials. The uncertainty  principle means no solution can simultaneously minimize single  particle kinetic energy and inter-particle interaction energy. It  further means many-electron wave functions are loaded with  complexity of statistical phase. These issues obstruct a single  sweep numerical solution. My approach is to crack into the  secrets of emergent phenomena from attacking the problem from  multiple angles combining analytical theory with numerical  simulations. My research is often grounded or guided by  experimental developments and my goal would often be to make a  falsifiable prediction as a test of my theoretical understanding. 

I am a theorist focused on field theories of condensed matter physics with particular interest in interactions and quenched disorder.

I am a theorist. Condensed Matter Physics and its applications to Quantum Information Processing

Condensed Matter theoretical physics

I am a theorist. I have worked so far mostly on superfluidity, topological phases, and the role of entanglement in ground states of quantum systems.  Entanglement is a precise way of describing zero-point motion, and it can be really important in some properties of condensed matter.  I am starting to do research on whether entanglement is important in the dynamics of quantum systems also.

I am a condensed matter theorist. Recently, I found that Majoranas are strongly attractive despite their charge neutrality.

I am a theorist. I develop and apply DMRG and tensor network methods for quantum many body systems.

I am an experimentalist. Our laboratory focuses on the study of exotic electronic states of matter through the synthesis, measurement, and control of solid state materials. Of particular interest are studies of correlated behavior in topologically non-trivial materials, the role of geometrical phases in electronic systems, and novel types of geometric frustration.

I am a theoretical physicist interested in the identification, characterization and classification of phases and phase transitions of quantum many-body systems.

I am a theorist. I am interested in studying schemes for realizing quantum computers.

I am a theorist. My research focuses on topological phases of matter, especially Dirac and Weyl semimetal and the influence of disorder on such systems.

I’m a condensed matter theoretist currently working on Weyl semimetals.

I am a theorist. I am interested in topological phases of matter (particularly gapless phases), anyons, and entanglement in condensed matter.

I am a theorist, currently studying the novel properties of Weyl/Dirac semimetals.

I am a theorist. I am working at the interface of condensed matter and atomic molecular optics theory, focusing on applications to quantum information processing.

I’m a theorist. My research interests are algebraic topology; wire constructions & low-D TI; fractional phases & cold atoms.

I am a theorist. I am interested in quantum entanglement, many body localization, and topological states of matter.

I am a theorist. I am interested in the classification and characterisation of topological phases.

I am a theorist. Geometric aspects of topological phases, anomalies and topological QFTs, emergent gravity in condensed matter.

I am a theorist. I am interested in topological phases of matters, and two dimensional conformal field theories. I am also interested in holography and problems motivated by holography, e.g. recent developments in quantum chaos.

I am a theorist interested in strongly correlated systems, topological phases of matter and ultracold atomic gases.

I am a condensed matter theorist. Which mathematical formalism answers which questions for the characterization of topological phases of matter, up to which extend do we have a classification and what are the distinguishing observables?

I’m a theorist. My current interest is to propose new materials and mechanisms for topological superconductivity and search for new topological phases that are experimentally realizable.

I am a theorist who is broadly interested in combining analytic and numerical methods to study correlated electron systems, including highly entangled systems which may host quantum spin liquid ground states.

I am a theorist. I am interested in strong correlated systems and topological phases.

I am a theorist. I am interested in ‘strong edge zero’ modes in Majorana fermion and parafermion chains, and in particular whether they can survive in interacting, non-integrable systems, such as when four fermion interaction terms are included in the Hamiltonian.

I am a theorist working fractional quantum hall physics and p-wave superconductors.

I am a theorist working on understanding symmetry enriched topological phases, fractionalization, and anomalies from a TQFT perspective.

I am a condensed matter theorist with diverse interests in many-body physics and quantum information problems.

I am a theorist. I am interested in disordered topological phases, many-body localization, and vortex dynamics in superconductors.

I’m a theorist. I’m interested in classifying and finding experimental signatures of topological phases of matter, in particular in semi-metals and nodal superconductors that show exotic surface states.

I am a theorist. My research interests include: optoelectronics, transport and interactions in low dimensional materials; Dirac and Weyl semimetals.

I am a theorist. My research interests are topological insulators and semimetals, in particular scattering theory approaches to quantum transport in disordered systems and disorder induced quantum phase transitions

I’m interested in condensed matter theory, especially topological classification of matters and properties of spin liquids.

I am a theorist currently working on constructing solvable Hamiltonians for fermionic SPTs in 2 and 3d. I have recently developed an interest in tensor network approximation methods.

I am a theorist working on classifying and understanding IR fixed points using TQFT.

I’m a theorist. I’m interested in topological phases of matter, in particular the study of exactly-solvable models.

I am a theorist. I have a broad interest in emergent phenomena, topological phases and how to detect/characterize them, quantum entanglement, and quantum magnetism and I emphasize computational methods as a theoretical technique, in particular the development of state-of-the-art algorithms for the study of strongly-interacting lattice models.

I am an experimentalist interested in transport in semiconductor-superconductor nanowire devices.

I’m an experimentalist interested in synthesizing and understanding using transport measurements the interplay between broken symmetry and topological states.

I am a theorist. I am interested in condensed matter in general, topological quantum matter, strongly correlated systems, many-body localization, quantum entanglement and emergent gravity.

I am a Theorist. Areas of physics interest:  Disorder system, many-body physics, and topological non-trivial related physics.