Roster of Participants

I’m interested in effective theories of unconventional phases, such as the strange metal phase in the overdoped cuprates, vestigial 4e-superconductors, and more.

Theorist

I’m interested in strongly-correlated gapless system, Fermi-liquid and non-Fermi liquid, and moire graphene.

Theorist

I am interested in transport properties of superconducting systems with topological materials, Fe-based superconductors, higher-order topological materials, synthetic quantum materials, quantum sensing, and novel approaches to single-photon detection using nano-materials. I have a general interest in identifying technologies that can benefit from the unique properties of nano-scale quantum materials for applications in Quantum Information Science and Technology.

Theorist

I am a theorist interested in the realization and control of novel phases of matter in strongly-correlated quantum systems.

Theorist

I am a theorist interested in strongly correlated electrons, particularly from the point of view of Kondo physics and heavy fermions.

Theorist

I use spin- and angle-resolved photoemission spectroscopy to probe electronic structure of a wide array of quantum materials such as topological insulators, including strongly-correlated topological Kondo insulators, as well as two-dimensional materials.

Experimentalist

I study surface and bulk topological phenomena in the excitonic phase of Weyl semimetals.

Theorist

I am a theorist thinking about interacting states of matter where traditional notions of quasiparticles cease to apply. I am particularly interested in developing numerical solutions to problems of strange metals, spin liquids, and interacting topological systems.

Theorist

I am interested in unconventional superconductors. Currently, I am working on Fe based superconductor materials exploring the exotic pairing mechanism and highly non-BCS type superconductivity, especially near the nematic quantum critical point. Apart from that, I am also interested in non-Fermi liquid systems and topological phases.

Theorist

My research includes developing and using first-principle methods as well as quantum many-body methods to understand and design quantum materials and their intrinsic properties, such as spin fluctuations and frustration, high-temperature superconductivity, multiferroicity, strong correlations, and disorder effects.

Theorist

I develop and apply tensor network methods to explore quantum dynamics and hole spectral functions in strongly correlated systems, focusing on quantum spin liquids and topological phases in moiré heterostructures.

Theorist

Interested in strongly correlated systems in general, particularly focusing on quantum Hall effect and topologically nontrivially ordered systems. Another direction is exploring lattice models and their generalized symmetries.

Theorist

I am interested in unconventional superconductors. Currently I am exploring the nature of the pseudogap phase in electron doped cuprates. I am also interested in topological phases of matter.

Theorist

I use Raman scattering spectroscopy to study organic quantum materials and explore the control of their ground states through strain as a tuning parameter.

Experimentalist

I use effective field theory methods to study many-body systems.

Theorist

Interplay of fluctuations (quantum and/or thermal) with impurities in strongly correlated materials.

Theorist

I am interested in superconductivity, topological phases of matter, and strongly correlated systems.

Theorist

I am interested in the interplay between local interactions and non-trivial hopping mechanisms, giving rise to strongly correlated topological phases, explored through a semi-analytical approach.

Theorist

I am a theorist interested in electronic transport in graphene and other 2D systems, spatial patterns of spin-chirality in topological superconductors, methods to infer nature of pairing in superconductors, as well as properties of non-Fermi liquids.

Theorist

I am broadly interested in studying the effects of wave function geometry beyond Berry curvature. I am also interested in higher dimensional bosonization of the Fermi surface.

Theorist

I am interested in applications of effective field theory to topological phases and hydrodynamics.

Theorist

I study strongly correlated electron systems in two-dimensional materials, including fractional quantum anomalous Hall and related topological states. I am interested in developing and applying computational methods for quantum many-body systems.

Theorist

My research focuses on emergent phenomena in strongly correlated models, where many degrees of freedom interact to produce fascinating behavior with long term applications in quantum technologies and information. I employ a combination of numerical and analytical techniques to bridge inputs from exotic theoretical models with sharp experimental signatures. In my graduate research, I have explored a variety of topics in strongly interacting systems, including quantum simulations of Hubbard model with cold atoms, thermoelectric transport anomalies in cuprates and multiband models, numerical technique development for strongly interacting fermions, and spectroscopic anomalies indicating loss of quasiparticles in the strange metallic phase; many of which are rooted in and observed by recent experiments.

Theorist

I am a theorist interested in strongly correlated systems, systems with quenched disorders, and mixed state phases of matter.

Theorist

Interested in strongly-correlated systems, both topological and not. I like a combination of analytical and numerical approaches. Some examples of recent research topics are multi-flavored Hubbard models and interfaces of Quantum Hall states.

Theorist

I am working on Angle Resolved Photoemission Spectroscopy on micro-structured, designed cleaving planes in bulk oxide materials.

Experimentalist

I am interested in the interplay between quantum criticality and topological phases of matter such as quantum Hall states.

Theorist

My research focuses on quantum criticality, electronic transport, non-Fermi liquids, and iron- and nickel-based superconductors. Recently, I have been investigating shot noise in quantum critical metals, entanglement witnesses, and cavity quantum matter.

Theorist

I have worked on topics like high-field superconductivity (ex., in UTe2), nonequilibrium properties of parton systems, and shot noise in a marginal Fermi liquid.

Theorist

I work on the interplay of quantum interference and interaction effects on superconductivity, magnetism and non-equilibrium dynamics in disordered, quasiperiodic and moiré systems.

Theorist

My research is about strongly correlated systems, particularly in moire systems. I am using parton/DMRG/ED techniques to study those systems, I am also interested in quantum information topic like mixed state topological order.

Theorist

I am interested in different aspects of interactions, topology, and disorder in electronic quantum matter. I am usually inspired by experimental puzzles that highlight evidence of non-Fermi liquid transport, unconventional superconductivity beyond a weak-coupling limit, and quantum criticality that does not fit into the Landau-Ginzburg-Wilson paradigm.

Theorist

Our group investigates quantum magnetism through studies of thermal and electrical transport, magnetometry, and various measurements of thermodynamic and spectroscopic properties across a range of quantum materials.

Experimentalist

My theoretical research interests span a broad spectrum of classical and quantum condensed matter. These range from entropy-dominated liquid crystals, colloids, membranes, rubber and other “soft” matter to quantum matter, such as superconductors, magnets, degenerate atomic gases, quantum Hall and other topological states of matter, most recently fractons and their interplay of elasticity duals. I aim to understand the nature of phases and phase transitions exhibited by these systems, with the unifying theme of collective universal behavior that emerges at long scales and low energies, driven by a combination of strong interactions, fluctuations, and/or local heterogeneity.

Theorist

I am an experimentalist who is interested in quantum states of matter including magnets, superconductors, and topological materials. I exploit and develop techniques using low frequency microwave and THz range radiation that probe these systems at their natural frequency scales. The material systems of interest often require new measurement techniques as their relevant frequencies typically fall between the range of usual optical and electronic methods.

Experimentalist

My research focuses on the mesoscopic investigation of transport phenomena, particularly, electric, thermal and thermoelectrical properties of low dimensional nanoscale materials.

Experimentalist

Theory of magnetism and superconductivity in quantum materials

Theorist

Low temperature experimental physics of materials, with particular interest in non-local transport in solids and unconventional superconductivity.

Experimentalist

Our group is developing new probes of quantum matter using coherent X-ray beams. More than 60 years after the demonstration of the visible laser, it is finally possible to generate laser-like beams spanning the deep-UV, extreme ultraviolet (EUV) and soft X-ray regions of the spectrum by harnessing high harmonic upconversion of femtosecond lasers. Moreover, by combining phase matching techniques and selection rules, we can achieve exquisite “quantum” control over x-ray light. It is now possible to produce short wavelength waveforms with controlled spectral and temporal shapes, polarization state, and phase structure.

Experimentalist

STROBE Website

I study the quantum phases of strongly interacting matter. Recent interests include the quantum phase transitions of metals in the presence of disorder, and the role of spin liquid-type correlations in metallic and superconducting phases, including those found in the cuprates.

Theorist