Roster of Participants

Participant

Photo & Contact Information Research Interests

Maryam Abbasi
Email

I am an experimentalist. My focus is on open quantum systems and non-unitary quantum processes. Specifically, I worked on non-Hermitian quantum systems in superconducting qubits.


Institution: Washington University in St. Louis
Advisor: Kade Head-Marsden

Suchita Agrawal
Email

I am an experimentalist interested in auantum simulations and dynamics of many-body systems using ultracold atoms in optical lattices.


Institution: Max Planck Institute of Quantum Optics, Germany
Advisor: Prof. Dr. Immanuel Bloch, Dr. Johannes Zeiher
Website

Utkarsh Agrawal
Email

I am a theorist interested in understanding the dynamics of quantum systems out of equilibrium and in the presence of noise.


Institution: University of California, Santa Barbara
Advisor: Sagar Vijay & Matthew P. A. Fisher

Sajant Anand
Email

I am a theorist working on one- and two-dimensional tensor network algorithms.


Institution: University of California, Berkeley
Advisor: Mike Zaletel

Shankar Balasubramanian
Email

I am a theorist whose current interests include classical and quantum algorithms, entanglement in many-body systems, error correction/fault tolerance, as well as quantum criticality, strongly correlated systems, and topological phases of matter.


Institution: MIT
Advisor: Aram Harrow and Ashvin Vishwanath

Mircea Bejan
Email

I am a theorist interested in topics at the overlap of non-equilibrium dynamics and quantum information. These include hybrid quantum-classical simulation protocols, emerging state designs, topological phases, and quantum error-correcting codes.


Institution: University of Cambridge
Advisor: Benjamin Béri
Website

Asad Bhuiyan
Email

I am a theorist interested in many-body quantum dynamics. Recently, I have been studying monitored random circuits of non-interacting bosons.


Institution: Cornell University
Advisor: Chao-Ming Jian

Silvia Cardenas Lopez
Email

I am a theorist interested in emergent phenomena arising from photon-mediated atomic interactions. Currently, I am studying steady-state superradiance in waveguide QED and the potential of collective decay for generating photonic states with metrological advantage.


Institution: Columbia University
Advisor: Ana Asenjo-Garcia

Anthony Chen
Email

I am a theorist and I studied quantum dynamics (Lieb-Robinson bounds), and quantum algorithms (thermalization and quantum simulation) using tools from high dimensional probability (e.g., random matrix theory, matrix concentration).


Institution: Caltech
Advisor: Fernando Brandao

Jeremy Côté
Email

I am a theorist whose research revolves around the simple question: How do little changes lead to big changes?


Institution: Université de Sherbrooke
Advisor: Stefanos Kourtis
Website

Tyler Ellison
Email

I am a theorist interested in problems related to quantum computation and quantum phases of matter. My recent research has focused on developing new quantum error correcting codes inspired by ideas from condensed matter physics.


Institution: Yale University
Advisor: Meng Cheng

Ali Fahimniya
Email

I am am a theorist interested in physics of hyperbolic lattices, quantum error correcting codes, and quantum simulations.


Institution: University of Maryland
Advisor: Alexey Gorshkov

Shi Feng
Email

I am a theorist generally interested in quantum magnetism, e.g. frustrated systems and quantum spin liquids; and their overlap with statistical and quantum information theories such as quantum entanglement and scrambling.


Institution: The Ohio State University
Advisor: Nandini Trivedi
Website

Xiaozhou Feng
Email

I am a theorist interested in the dynamics of quantum information and quantum statistics. My research involves the combination of analytical analysis and numerical calculation.


Institution: The Ohio State University
Advisor: Brian Skinner

Shachar Fraenkel
Email

I am a theorist interested in the description of quantum many-body systems from a quantum information perspective. I analytically study measures of entanglement in paradigmatic models, exploring their connection to topology and to conservation laws, as well as the entanglement structure of many-body nonequilibrium states.


Institution: Tel Aviv University
Advisor: Moshe Goldstein

Haoyang Gao
Email

I am an experimentalist in using NV centers to study quantum metrology (high sensitivity/high spatial resolution) and quantum many-body dynamics (with interacting exsemble of NVs).


Institution: Harvard University
Advisor: Mikhail Lukin

Hyunsoo Ha
Email

I am a theorist interested in quantum many-body dynamics and dynamical phase transition. Recently, I have been exploring many-body localization and measurement-induced phase transition.


Institution: Princeton University
Advisor: David Huse

Ahmed Hajr
Email

I am an experimentalist interested in novel qubits in superconducting quantum circuits.


Institution: University of California, Berkeley
Advisor: Irfan Siddiqi

Stav Haldar
Email

I am a theorist interested in modeling and simulations for quantum networks, reinforcement learning for quantum protocols, measurement induced phase transitions in quantum many-body systems, non-equilibrium properties near and across quantum phase transitions.


Institution: Louisiana State University
Advisor: Hwang Lee & Ivan Agullo

Jacob Hauser
Email

I am a theorist interested in the emergent behaviour of quantum many-body systems out of equilibrium. Recently, I have been studying the dynamics of monitored quantum circuits with continuous symmetry.


Institution: University of California, Santa Barbara
Advisor: Matthew P. A. Fisher

Sumner Hearth
Email

I am a theorist and I research frustrated magnets, emergent QED in lattices, and more recently random unitary circuits with conservation laws.


Institution: Boston University
Advisor: Chris R. Laumann

Elad Hecker
Email

I am a theorist interested in quantum hamiltonian complexity.


Institution: The Hebrew University of Jerusalem
Advisor: Dorit Aharonov

Tzu-Chi Hsieh
Email

I am a theorist broadly interested in condensed matter and AMO physics, and their intersection with quantum information science.


Institution: University of Colorado
Advisor: Leo Radzihovsky

Yi Huang
Email

I am a theorist, my doctoral research focuses on analyzing how the disorder affects the transport of different kinds of quantum materials, e.g., topological insulator thin films and nanowires, quantum Hall GaAs/AlGaAs heterostructures, SrTiO3 crystals and films. I also have a broad research experience in cold atom physics related to many-body spin chain models, optical levitation, and quantum chaos in random photonic lattices.


Institution: University of Minnesota
Advisor: Boris Shklovskii
Website

Joseph Iosue
Email

I am a theorist interested in quantum information theory, error correction, and entanglement dynamics.


Institution: University of Maryland, College Park
Advisor: Alexey Gorshkov/Victor Albert

Alexander Jacoby
Email

I am a theorist. I am broadly interested in statistical and information theoretic aspects of quantum many body physics.


Institution: Princeton University
Advisor: Sarang Gopalakrishnan and David Huse
Website

Linta Joseph
Email

I am an experimentalist who utilizes Nuclear Magnetic Resonance experiments and spin simulations to study out of equilibrium quantum many-body dynamics.


Institution: Dartmouth College
Advisor: Chandrasekhar Ramanathan

Aleksei Khindanov
Email

I am a theorist interested in NISQ applications, quantum algorithms, and topological quantum computing.


Institution: University of California, Santa Barbara
Advisor: Andrey E. Antipov and Chetan Nayak

Anish Kulkarni
Email

I am a theorist interested in many-body open quantum systems. In particular, I am studying Lindbladian dynamics and non-Hermitian random matrices in this context.


Institution: Princeton University
Advisor: Shinsei Ryu

Abhishek Kumar
Email

I am a theorist interested in non-equilibrium quantum dynamics, open quantum systems, transport, and topological phases of matter.


Institution: University of Massachusetts, Amherst
Advisor: Prof. Romain Vasseur

Ethan Lake
Email

I am a theorist working on a broad spectrum of problems falling within the purview of quantum matter. Recently I have been trying to learn more about quantum dynamics, and have been developing interests in complexity theory, thermalization, and randomness.


Institution: MIT
Advisor: Senthil Todadri
Website

Ali Lavasani
Email

I am a theorist interested in quantum error correction and its various connections to condensed matter physics.


Institution: KITP/University of California, Santa Barbara
Advisor: Sagar Vijay

Youenn Le Gal
Email

I’m a theorist and work at the intersection of condensed matter, quantum optics and statistical physics, focusing on the study of monitored open quantum system. In particular I’m interested by the role played by the quantum jumps in the corresponding measurement induced phase transition. I’m also interested in non-Hermitian physics linked to this problem.


Institution: Collège de France
Advisor: Marco Schiró

Su-un Lee
Email

I am a theorist and I have been interested in dynamics of quantum information including measurement-induced phase transition, quantum information scrambling, and their relationship to quantum error correction.


Institution: University of Chicago
Advisor: Liang Jiang

Cathy Li
Email

I am a theorist and I apply complexity and information theory to low-dimensional holographic models. In general, I am interested in critical phenomena common to both high energy and condensed matter models.


Institution: University of Pennsylvania
Advisor: Vijay Balasubramanian

Zhu-Xi Luo
Email

I am a condensed matter theorist interested in discovering, understanding and realizing exotic states of matter. Recently I have been working on moire physics, unconventional global symmetries, and monitored quantum circuits.


Institution: Harvard University
Advisor: Ashvin Vishwanath and Subir Sachdev

Daniel Mark
Email

I am a theorist interested in non-equilibrium quantum dynamics of many-body systems, with an eye towards applications. Recently, I have been working on protocols for quantum state characterization, utilizing aspects of quantum chaos.


Institution: MIT
Advisor: Soonwon Choi

Anne Matthies
Email

I am a theorist interested in non-equilibrium dynamics at the intersection of condensed matter physics and quantum information, including Floquet topological systems, state preparation protocols and effects of noise and disorder.


Institution: University of Cologne
Advisor: Achim Rosch
Website

Saranyo Moitra
Email

I’m a theorist broadly interested in out-of-equilibrium dynamics of quantum systems. In particular, I use techniques from Keldysh field theory to study evolution of entanglement entropy and other information theoretic measures in interacting Fermion systems in higher spatial dimensions (2D,3D). Recently, I have been interested in how to extend these techniques to include dynamical gauge fields.


Institution: Tata Institute of Fundamental Research
Advisor: Rajdeep Sensarma

Giacomo Morpurgo
Email

I am a theorist interested in studying low dimensional correlated and disordered systems, in and out of equilibrium.


Institution: University of Geneva
Advisor: Thierry Giamarchi

Frederik Møller
Email

The theoretical and experimental study of emergence of hydrodynamics in quasi-1D Bose gases.


Institution: Atominstitut, Vienna University of Technology
Advisor: Jörg Schmiedmayer

Amirreza Negari
Email

I am a theorist. I aim to explore the ways in which measurements, feedback, and unitary operations applied to a resource state can be leveraged to produce different phases of matter.


Institution: Perimeter Institute
Advisor: Tim Hsieh

Nicholas O'Dea
Email

I am a theorist who has studied quantum scars, prethermalization, absorbing-state transitions, and entanglement phase transitions. Happy to discuss any of these or any other physics topics!


Institution: Stanford University
Advisor: Vedika Khemani

Akshat Pandey
Email

I am a theorist working on problems in statistical mechanics with quenched disorder.


Institution: Stanford University
Advisor: Steven Kivelson

Gunhee Park
Email

I am a theorist working on nonequilibrium impurity system with tensor network and quantum embedding framework.


Institution: Caltech
Advisor: Garnet Chan

Elena Petrova
Email

I am a theorist interested in weak ergodicity breaking, many-body quantum scars and quantum dynamics connected to this phenomenon.


Institution: Institute of Science and Technology Austria
Advisor: Maksym Serbyn

Benedikt Placke
Email

I am a theorist broadly interested in topological phases and dynamics in interacting Systems. Such systems include model glasses, quantum spin liquid candidate materials and quantum error correction codes.


Institution: MPI for the Physics of Complex Systems
Advisor: Roderich Moessner

Andrew Pocklington
Email

I am a theorist interested in open, driven-dissipative quantum systems. I have worked on using reservoir engineering to stabilize interesting quantum states on bosonic and fermionic lattices, as well as spin chains.


Institution: University of Chicago
Advisor: Aash Clerk

Klée Pollock
Email

I am a theorist interested in quantum chaotic systems and eigenstate thermalization, quantum/classical algorithms for simulation of equilibrium and non-equilibrium systems, and more generally physics applications of quantum information tools.


Institution: Iowa State University
Advisor: Thomas Iadecola

Matthew Radzihovsky
Email

I am interested in experimental atomic, molecular and optical physics including cavity quantum electrodynamics with ultra cold atomic ensembles and spin squeezing for atomic clocks beyond the standard quantum limit.


Institution: MIT
Advisor: Vladan Vuletic
Website

Michael Rampp
Email

I am a theorist interested in finding universal phenomena in the dynamics of quantum many-body systems, using mostly unitary circuits as minimal models.


Institution: Max Planck Institute for the Physics of Complex Systems
Advisor: Pieter W. Claeys and Roderich Moessner

Vikram Ravindranath
Email

I am a theorist who studies using driving and measurement to engineer nonequilibrium phenomena. My interests include quantum chaos, ergodicity breaking and more recently, the connections between information theory and condensed matter.


Institution: Boston College
Advisor: Xiao Chen

Jonathon Riddell
Email

I am a theorist interested in quantum chaos, quantum equilibration and thermalization. Broadly the topics related to the foundations of statistical mechanics.


Institution: University of Nottingham
Advisor: Bruno Bertini
Website

Wesley Roberts
Email

My work is in condensed matter theory, with a strong focus on open quantum systems.


Institution: Northeastern University
Advisor: Gregory Fiete

Subhayan Sahu
Email

I am a theorist currently working on finding and characterising interesting informational phases of quantum many-body systems, often in the presence of measurements, disorder, and noise. I use solvable models and tensor network methods to solve these problems


Institution: Perimeter Institute
Website

Konstantinos Sfairopoulos
Email

I am a theorist interested in quantum many body systems, extending from fractons to kinetically constrained spin models and spin glasses in general, with an emphasis on numerical approaches.


Institution: University of Nottingham
Advisor: Prof. J. P. Garrahan

Samantha Shears
Email

I am a theorist who works mainly on strongly correlated systems, particularly in Professor Shastry’s ECFL framework.


Institution: University of California, Santa Cruz
Advisor: Sriram Shastry

Nanako Shitara
Email

I am a theorist and I study non-equilibrium dynamics and noise spectroscopy of quantum spin systems, with applications to nitrogen vacancy center platforms. In particular, I am working on developing methods for characterizing non-Gaussian noise in qubit systems.


Institution: University of Colorado, Boulder
Advisor: Prof. Andrés Montoya-Castillo

Hansveer Singh
Email

I am a theorist. I focus on non-equilibrium quantum dynamics specifically aspects hydrodynamics of quantum spin chains. I’m also interested in entanglement of quantum states and quantum control/state preparation.


Institution: University of Massachusetts, Amherst
Advisor: Romain Vasseur

Adithya Sriram
Email

I am a theorist interested in many body quantum dynamics and out-of equilibrium phases. I am also interested in applications to quantum information.


Institution: Stanford University
Advisor: Vedika Khemani

Charles Stahl
Email

I am a theorist studying problems broadly related to slow quantum dynamics, from fault-tolerant quantum codes to robust Hilbert space shattering to systems with multipolar symmetries.


Institution: University of Colorado
Advisor: Rahul Nandkishore

Philippe Suchsland
Email

I am mostly interested in quantum information dynamics, especially the interplay between integrability and chaotic systems. Here, I mostly focus on probes such as out-of-time ordered correlator, Krylov complexity and methods such as matrix product states and exact diagonalisation.


Institution: Max Planck Institute for the Physics of Complex Systems
Advisor: Roderich Moessner
Website

Joe Sullivan
Email

I’m a theorist interested in connections between quantum matter and quantum information.


Institution: University of British Columbia

Spenser Talkington
Email

I am a theorist. I am interested in the electronic physics that emerges in open quantum systems with a particular focus on flat bands, topology, and driven systems.


Institution: University of Pennsylvania
Advisor: Martin Claassen
Website

Nathanan Tantivasadakarn
Email

I’m a theorist interested in the intersection of condensed matter and quantum information including: 1. topological and fracton phases of matter 2. Quantum error correction in stabilizer, subsystem, and Floquet codes 3. state preparation from measurements and applications in near-term quantum devices 4. generalized symmetries.


Institution: Caltech
Advisor: Xie Chen

Matthew Thibodeau
Email

I am a theorist primarily interested in the efficiency of quantum algorithms, especially those for simulating many-body quantum systems, as well as classical algorithms for that task like tensor networks. I am also interested in quantum computation more broadly, including novel qubit hardware development.


Institution: University of Illinois, Urbana-Champaign
Advisor: Bryan Clark

Julian Thoenniss
Email

I am a theorist interested in the link between statistical field theory descriptions and tensor network representations of the Feynman-Vernon Influence Functional to investigate the non-equilibrium dynamics of quantum many-body systems.


Institution: University of Geneva
Advisor: Dmitry A. Abanin

Foster Thompson
Email

I study nonequilibrium quantum field theory and many-body open quatnum systems. Recently, my attention has focused on the effects of disorder in Markovian open quantum systems.


Institution: University of Minnesota
Advisor: Alex Kamenev

Maria Tikhanovskaya
Email

I am a theorist interested in understanding various physical systems where randomness plays a crucial role. I use equilibrium and out-of-equilibrium approaches to study those systems.


Institution: Harvard University
Advisor: Subir Sachdev

Iris Ulčakar
Email

I am a theorist interested in the non-equilibrium dynamics of many-body quantum systems. In particular, I am investigating nearly integrable systems that are weakly coupled to non-thermal baths with the purpose of restoring non-ergodicity under realistic conditions.


Institution: Jožef Stefan Institute, Slovenia
Advisor: Zala Lenarčič

Carlo Vanoni
Email

I am a theorist interested in ergodicity breaking in quantum many-body systems. I am currently interested both in the dynamics of interfaces in 2d quantum lattice models and localization induced by disorder, in particular Anderson localization and MBL.


Institution: SISSA - International School for Advanced Studies
Advisor: Andrea Gambassi and Antonello Scardicchio
Website

Matthew Wampler
Email

I am a theorist interested in novel, exotic phenomena and phases of matter that emerge in non-equilibrium quantum systems, including Floquet topological systems and periodically measured systems, with related interests in questions surrounding thermalization of such systems (for example, the appearance of Hilbert Space Fragmentation).


Institution: University of Virginia
Advisor: Israel Klich

Hong-Yi Wang
Email

I am a theorist, generally interested in open quantum systems, topological phenomena and quantum entanglement. My research has been focused on non-Hermitian phenomena, including skin effect, PT symmetry and exceptional points.


Institution: Institute for Advanced Study, Tsinghua University
Advisor: Zhong Wang

Zack Weinstein
Email

I am a theorist whose primary research interests are in random unitary circuits, the measurement-induced phase transition, and related topics; in particular, I have worked on entanglement and information-theoretic transitions in “open” random unitary circuits, and on the effects of measurements on critical many-body states. More broadly, I am interested in nonequilibrium dynamics, both quantum and classical critical phenomena, and applications of quantum information to many-body physics.


Institution: University of California, Berkeley
Advisor: Ehud Altman

Melissa Will
Email

I am a theorist working on non-ergodic quantum systems. Besides understanding systems featuring Hilbert space fragmentation, I am also interested in Floquet engineering.


Institution: Technical University of Munich
Advisor: Frank Pollmann

Mingru Yang
Email

I’m a theorist interested in developing algorithms and theories of tensor networks and its application to simulating non-equilibrium quantum dynamics, strongly correlated systems, and quantum field theory.


Institution: Max Planck Institute for Quantum Optics
Advisor: Ignacio Cirac
Website

Bingtian Ye
Email

I am a theorist whose research interests lie at the interface between atomic, molecular and optical physics, condensed matter, and quantum information science. I am particularly interested in non-equilibrium dynamics, including periodically driven systems, many-body localization, hydrodynamics and spin transport.


Institution: Harvard University
Advisor: Norman Y. Yao

Yicheng Zhang
Email

I am a theorist working on out-of-equilibrium quantum many-body systems. I am interested in quantum chaos and eigenstate thermalization. I am also interested in the emergence of hydrodynamics in integrable models.


Institution: University of Oklahoma
Advisor: Robert Lewis-Swan

Zhehao Zhang
Email

I am a theorist interested in the intersection of condensed matter physics and quantum information. Recently I have been studying on the effects of measurement and decoherence in quantum many-body systems.


Institution: KITP/University of California, Santa Barbara
Advisor: Sagar Vijay

Shiyu Zhou
Email

I am a theorist interested in quantum simulations and non-equilibrium dynamics in quantum circuits.


Institution: Boston University
Advisor: Claudio Chamon

Yi-Neng Zhou
Email

I am a theorist interested in open quantum systems, entanglement dynamics, non-equilibrium dynamics, and quantum phase transitions.


Institution: Institute for Advance Study, Tsinghua University
Advisor: Hui Zhai

Organizer

Photo & Contact Information Research Interests

Matthew P.A. Fisher
Email

Matthew Fisher’s recent research interests lie at the boundary between many-body condensed matter theory and quantum information theory, focussing on collective quantum dynamical behavior far out-of-equilibrium. He is especially interested in “monitored” quantum systems, wherein the competition between measurements and unitary gates can drive novel non-equilibrium dynamics in multi-qubit systems.

Research Type: Theoretical


Institution: University of California, Santa Barbara
Website

Leo Radzihovsky
Email

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.

Research Type: Theoretical


Institution: University of Colorado, Boulder
Website

Lecturer&Organizer

Photo & Contact Information Research Interests

Anushya Chandran
Email

My research group is undertaking the challenge of finding new analytic tools and organizing principles at the far-from-equilibrium frontier.

Research Type: Theoretical


Institution: Boston University
Website

Vedika Khemani
Email

I am a theorist interested in Quantum Dynamics, Quantum Information, and Condensed Matter Theory.

Research Type: Theoretical


Institution: Stanford University
Website

Sagar Vijay
Email

I am a theorist. I am interested in understanding universal aspects of far-from-equilibrium quantum dynamics, highly-entangled phases of quantum matter, and quantum error-correction.

Research Type: Theoretical


Institution: University of California, Santa Barbara
Website

Lecturer

Photo & Contact Information Research Interests

Victor Albert
Email

I am a physicist at the National Institute of Standards and Technology and an Adjunct Assistant Professor in the Department of Physics and the Institute for Advanced Computer Studies. I am interested in the broad area of quantum science, technology, engineering, and mathematics, with topics ranging from superconducting circuits to molecular physics. I am the zookeeper of the error-correction zoo, an online repository of classical and quantum error-correcting codes. I received my Ph.D. from Yale in 2017 and was a postdoc at Caltech prior to joining QuICS.

Research Type: Theoretical


Institution: QuICS @ NIST & UMD College Park
Website

Ehud Altman
Email

I’m interested in properties of quantum matter and the dynamics of quantum information.

Research Type: Theoretical


Institution: University of California, Berkeley
Website

Immanuel Bloch
Email

My research focuses on quantum simulations using ultracold atoms and molecules using novel tool such as quantum gas microscopy that allow for a microscopic detection of the atoms in a spin and desnity resolved wat. With such quantum simulators our group explores both ground state and non-equilbirium quantum phenomena especially in strongly interacting systems.

Research Area: Experimentalist


Institution: Max Planck Institute of Quantum Optics
Website

Steven Girvin
Email

I am a former condensed matter theorist who now works in quantum optics and quantum information processing with superconducting microwave circuits. I am in interested in quantum error correction with bosonic codes, and in designing quantum simulators for strongly correlated matter and lattice gauge theories.

Research Type: Theoretical


Institution: Yale University
Website

Sarang Gopalakrishnan
Email

Quantum dynamics out of equilibrium, open and monitored quantum systems, connections between quantum information theory and statistical physics, disordered systems and quasicrystals

Research Type: Theoretical


Institution: Princeton University

Tarun Grover
Email

I am a theorist interested in a variety of topics such as quantum dynamics, error-correcting codes, topological phases of matter, non-Fermi liquids.

Research Type: Theoretical


Institution: University of California, San Diego
Website

David Huse
Email

Quantum many-body dynamics.

Research Type: Theoretical


Institution: Princeton University

Liang Jiang
Email

Liang Jiang theoretically investigates quantum control and error correction to protect quantum information from decoherence to realize robust quantum information processing.

Research Type: Theoretical


Institution: University of Chicago
Website

Aleksander Kubica
Email

I am a theorist interested in quantum information science, in particular the theory of fault tolerance and quantum error correction, and its intersection with quantum many-body physics.


Institution: AWS Center for Quantum Computing

Zlatko Minev
Email

I lead our Qiskit Leap team focused on showing the best science we can do with quantum computers today. I also develop and lead a quantum hardware processor design and software team - Qiskit Metal.

I have studied the fundamental nature of quantum predictability and randomness, applied quantum computing research, many-body simulation, scalable hardware architectures for quantum computers, electromagnetic and Hamiltonian design of superconducting quantum circuits, and more …

Research Type: Experimental


Institution: IBM Quantum
Website

Crystal Noel
Email

Prof. Noel’s research interests include both the technology development for scalable ion trap quantum computers, as well as using existing ion trap quantum computers for relevant demonstrations, tests, and simulations.

Research Type: Experimental


Institution: Duke University
Website

Frank Pollmann
Email

My research interests are in theoretical condensed matter physics and in particular in systems with strongly correlated electrons.

Research Type: Theoretical


Institution: Technical University of Munich
Website

Giulia Semeghini
Email

Quantum simulation and computation with neutral atom arrays

Research Type: Experimental


Institution: Harvard University
Website

Romain Vasseur
Email

I am a condensed matter theorist working on strongly correlated quantum systems, with a focus on the interplay of strong interactions and quantum entanglement, leading to new emergent phenomena both in thermal equilibrium and in non-equilibrium quantum systems. Some of my recent research interests include: thermalization, hydrodynamics, non-equilibrium steady states, anomalous transport, quantum entanglement, tensor networks, measurement-induced transitions, open quantum systems, many-body localization, disordered and quasiperiodic systems, driven quantum systems, topological phases of matter and topological phase transitions.

Research Type: Theoretical


Institution: University of Massachusetts, Amherst
Website