Directory

Sergio Aclo

PSSCMP Program Assistant

Soonoo Aria

PSSCMP Grants Manager

Allison McIntyre

PiTP Program Assistant

Michelle Sage

Administrative Officer, School of Natural Sciences

Waseem Bakr Princeton University	Ilya Belopolski (PSSCMP Organizer) Princeton University	Bogdan Bernevig Princeton University	Robbert Dijkgraaf Institute for Advanced Study
Duncan Haldane Princeton University	M. Zahid Hasan Princeton University	Charles Kane University of Pennsylvania	Vidya Madhavan University of Illinois at Urbana-Champaign
Juan Maldacena Institute for Advanced Study	Greg Moore Rutgers University	Chiara Nappi Princeton University	Nai Phuan Ong Princeton University
Mallika Randeria (PSSCMP Organizer) Princeton University	Nicholas Read Yale University	Nathan Seiberg Institute for Advanced Study	Yu Shen (PSSCMP Organizer) Princeton University
Shivaji Sondhi Princeton University	Jie Wang (PSSCMP Organizer) Princeton University Condensed Matter Theory	Xiao-Gang Wen Massachusetts Institute of Technology	Edward Witten Institute for Advanced Study
Amir Yacoby Harvard University

David Aasen California Institute of Technology	Vasyl Alba Princeton University QFT, string theory, CFT, Cosmology	Victor V. Albert Yale University Open quantum systems, quantum computing, topological phases of matter	Aris Alexandradinata Princeton University
Nasser Alidoust Princeton University	KHALID SAEED ALSADI TAIBAH UNIVERSITY Solutions of Schrodinger and Dirac equations.	Cassio Sozinho Amorim Nagoya University Topological Quantum Computation	juan atalaya Michigan State University Mechanisms of dissipation and dephasing in nano-electromechanical resonators and dynamics in disorder systems.
Babatunde Ayeni Macquarie University Topological quantum computation, Tensor Networks and Statistical Physics	Venkitesh P Ayyar Duke University Strongly coupled fermionic systems	Riju Banerjee (first week only) Pennsylvania State University Topological Insulators/Superconductors	Alireza Behtash North Carolina State University Topological quantum field theory, new topological phases in condensed matter physics, String Theory, (Supersymmetric) gauge theories
Paraj Titum Bhattacharjee California Institute of Technology Driven, non-equilibrium topological phases, disordered systems, many-body localization	Feng Bi California Institute of Technology	Michael Bjerngaard Johns Hopkins Topological states of matter and the Weyl semimetal	Danny Bulmash Stanford University
Nick Bultinck Ghent University Quantum many-body theory, tensor networks, entanglement in ground states of local Hamiltonians, quantum phases	Ksenia Bulycheva Princeton University	Gustavo Burdman Institute for Advance Study, Princeton / University of Sao Paulo, Brazil	Nele Callebaut Princeton University
Tatiana Ramos Cardoso Institute for Theoretical Physics Spacetime deformation effects in amorphous solids and glass transition; Biological/Organic topological insulators; Biological/Organic superconductivity	Giacomo Caruso Università degli Studi di Genova - Dipartimento di Fisica	Po-Yao Chang University of Illinois at Urbana-Champaign, Department of Physics	xiao chen university of Illinois at urbana-champaign entanglement entropy & conformal field theory
Chun Chen University of Minnesota	Chien-Chang Chen (first week only) California Institute of Technology	Qi Chen (first week only) The University of Texas at Austin	Minghao Cheng Columbia University
Ran Cheng Carnegie Mellon University Condensed Matter Theory	Bing Cheng (first week only) Johns Hopkins University high-Tc superconductivity, topological insulator	Shai Chester Princeton University	Adrian Culver Rutgers University
Alexander Michael Davis The Ohio State University Geometry and topology of quantum Hall states	Mykola Dedushenko Princeton University	Hossein Dehghani New York University	Luca Delacretaz Stanford Effective description of FQH systems and topological insulators, Anomaly Inflow, AdS/CMT, Transport in strongly correlated systems
Amol Deshmukh (first week only) City College of New York	Stefano Di Vita Max Planck Institute for Physics phenomenology of the Higgs sector in the SM and in the MSSM / SM vacuum stability / methods for the evaluation of multi-loop Feynman integrals	Sebastian Dick (first week only) Stony Brook University	Scott Andrew Dietrich The City College of New York
Xu Dou (first week only) University of Oklahoma	Ilya Drozdov Princeton University	Martin Edelmann Julius-Maximilians-Universitaet Wuerzburg Strongly correlated systems, topological insulators, pnictide superconductors	Emine Ertuğrul Boğaziçi University BEC and BCS theory in curved space, Thermodynamics in Gravitational Backgrounds
Ilya Esterlis Stanford	Yale Fan Princeton University	Lin Fei Princeton University	Job Leon Feldbrugge The university of Cambridge
Andrey Feldman Budker Institute of Nuclear Physics Supergravity, String Theory, Holography, Non-perturbative Quantum Field Theory.	Wenbo Fu Department of Physics, Harvard University	TONG GAO Princeton University	Michael Geracie University of Chicago Hydrodynamics, Quantum Hall Effects, Non-Relativistic Geometry, Large N Chern-Simons Systems
Andrew Grier (first week only) Columbia University Quantum simulation using ultracold atomic gases	Andrey Gromov Stony Brook University geometry in quantum Hall effects, quantum transport.	Simonas Grubinskas Leiden University quantum field theory, nonequilibrium and relativistic. Applications to condensed-matter physics to 2d, 3d Dirac materials	Yingfei Gu Stanford University Topological Quantum Matter and Holography
Tobias Gulden University of Minnesota topological phase transitions and relations to conformal field theory	Andras Gyenis (first name only) Princeton University	Yusuke Hama (first week only) RIKEN	Li Han Georgia Institute of Technology
Bo Han University of Illinois at Urbana-Champaign CFT descriptions of topological condensed matter systems; embedding formalism of higher dimensional CFTs and AdS/CFT applications	Qiang Han (first week only) Columbia University	Huan He Physics Department, Princeton University	Chang-Tse Hsieh University of Illinois at Urbana-Champaign Topological phases of matter, field theories, and quantum anomalies.
Biao Huang The Ohio State University	Sangjun Jeon (first week only) Princeton University	Jian Kang School of Physics and Astronomy, University of Minnesota condensed matter theory	Mehdi Kargarian (first week only) The Ohio State University Topological phases of matters
Zafar Sagdullaevich Khudayberdiev Institute of Nuclear Physics	Hyung Do Kim Institute for Advanced Study	Jaeuk Kim (first week only) Princeton University Condensed Matter Physics	Vladimir Kirilin Princeton University Holographic methods in QFT and condensed matter, superconductivity, higher spin theories
Talbot Anderson Knighton Wayne State University Strongly Interacting Charges in Two Dimensions	Filip Kos Yale University	Thomas Kvorning Physics department Stockholm University My research interest include the FQHE, topological superconductors and topological insulators.	Tian Lan Perimeter Institute for Theoretical Physics
Michael Laskin (first week only) University of Chicago fractional quantum Hall effect, topological phases of matter, Kahler geometry	Nicholas Laurita (first week only) Johns Hopkins University Quantum Magnetism in Correlated Electron Systems	Jaehoon Lee Massachusetts Institute of Technology Strongly interacting quantum field theory / Conformal bootstrap	Changmin Lee (first week only) Massachusetts Institute of Technology Magnetic topological insulators and topological crystalline insulators. Second harmonic generation and time- and angle-resolved photoemission spectroscopy (ARPES)
Louis Anthony Lello University of Pittsburgh	Zhaoqi Leng Princeton University	Xiao Li University of Maryland Theoretical condensed matter theory	Jian Li Princeton University
Qingning Li (first week only) Harvard University biomed engineering	Jingjing Lin (first week only) Princeton University condensed matter physics	Hong Y Ling Rowan University	Zhuxi luo University of Utah Condensed Matter Theory
Zheng Ma (first week only) Princeton University Condensed matter physics	Gustavo Machado Monteiro Stony Brook University Topological and geometrical aspects of quantum states in Condensed Matter	Moein Malekakhlagh Princeton University	Eugene Stephane Mananga City University of New York and New York University Condensed Matter Physics, Medical Physics, Radiology and Nuclear Medicine. Currently, Eugene is Focused on Advancing Theory, Simulation and Methodology in NMR, Spin Dynamics and Quantum Physics.
Kishore Marathe Brooklyn College of CUNY	Michaël Mariën Ghent University I am interested in tensor network states and methods to deal with (strongly correlated) quantum many body systems. I'm interested in theoretical methods and results as well as numerics.	Yulia Maximenko (first week only) University of Illinois at Urbana-Champaign Scanning tunneling microscopy, topological insulators, thin film growth	Tim McCormick The Ohio State University
Lauren McGough Princeton University	David Meltzer Yale University Conformal Bootstrap, Chern-Simons matter theories, and AdS/CFT	Mark Mezei Princeton University	Shuo Mi Insituut-Lorentz, Leiden University Condensed matter theory, topological phases of matter, entanglement, and quantum information
Victor Mikhaylov (first week only) Princeton University	Mirco Milletari National University of Singapore	Ian Mondragon University of Illinois, Urbana-Champaign	Adam Nahum Massachusetts Institute of Technology topological phases, disordered systems, critical phenomena
Masaya Nakagawa Kyoto university Topological phase, Ultracold atoms	Yuki Nakaguchi Kavli IPMU entanglement entropy, holographic duality in quantum gravity, black hole	Ali Nassar Center for Fundamental Physics, Zewail City of Science and Technology	Jun Nian C.N. Yang Institute for Theoretical Physics Entanglement Entropy, Quantum Turbulence, Topological Phases
Thomas Eugene O'Brien The Perimeter Institute for Theoretical Physics Condensed matter: Majorana bound states, many-body localisation	Kantaro Ohmori University of Tokyo	Hamid Omid University of British Columbia	Lavish Pabbi Pennsylvania State University
Sarthak Parikh (first week only) Princeton University Vortices, String theory, EFT, Cosmology	Chan Youn Park NHETC, Rutgers University	Arthur Parzygnat The Graduate Center, CUNY & City College, CUNY (Higher) category theory, bundles, higher gauge theory, homotopy theory, geometric quantization, deformation quantization, quantum gravity, topological field theory, conformal field theory, etc.	Vasilios Kostas Passias (first week only) University of Illinois at Urbana Champaign
Aniket Patra Rutgers University Exact solutions, Non-equilibrium phenomena, strongly correlated systems and quantum integrability.	Eric Perlmutter Princeton	Brent Perreault University of Minnesota	Gabriel Petrica University of Illinois at Urbana-Champaign Quantum spin liquids and 2D quantum magnetism
Ivo Pletikosic Brookhaven National Laboratory and Princeton University	Hoi Chun Po University of California, Berkeley	Ionut-Dragos Potirniche University of California, Berkeley Condensed Matter Theory	Hendrik Poulsen Nautrup (first week only) Stony Brook University
Siddharth Prabhu Yale University	Abhishodh Prakash Stony Brook University	Hannah Price INO-CNR BEC Center, University of Trento Quantum Hall effects, Berry curvature physics, and topological edge states, with a primary focus on artificial gauge fields in ultracold atoms and photonic systems.	Satish Ramakrishna affiilated as a Visiting Scholar with Rutgers University
Navneeth Ramakrishnan National University of Singapore Disordered systems, transport and magnetotransport	Srinidhi Tirupattur Ramamurthy University of Illinois Urbana Champaign Electromagnetic and stress responses of topological semi-metals	Syed Raza University of Virginia	Roman-Pascal Riwar CEA Grenoble
Daniel Roberts Massachusetts Institute of Technology	Joao Nuno Barbosa Rodrigues National University of Singapore Correlated systems in Condensed Matter. Low-dimensional quantum phenomena.	Aaron Rosenberg (first week only) Stanford University	Mehmet Burak Sahinoglu University of Vienna
SHARMISTHA SAHOO UNIVERSITY OF VIRGINIA	Daniel Steve Sanchez Princeton University Quantum Condensed Matter Physics	Leonardo Santana Rutgers University Topological superconductors, exact solutions to integrable models	Thomas Scaffidi University of Oxford
Sarah Maria Schroeter Institute for Theoretical Physics, University of Cologne, Germany Magnetic skyrmions driven by electric currents and thermal magnons, magnon-skyrmion scattering, spintronics, Berry phase physics	Niccolò Scopigno Dipartimento di Fisica, Università di Roma 'La Sapienza'	Alexander Sergeev Lomonosov Moscow State University, Faculty of Physics magnetoelectric effect, spin structures, domain walls, skyrmions	Tarun Sharma Weizmann Institute of Science
Aaron Sharpe (first week only) Stanford University	Yulia Shchadilova Russian Quantum Center Out-of-equilibrium phenomena in novel quantum systems	Pavel Shibayev (first week only) Princeton University Experimental condensed matter physics	Hiroyuki Shimizu University of Tokyo
Ken Shiozaki University of Illinois at Urbana-Champaign Topological phases of matter	Sujeet Kumar Shukla California Institute of Technology	Sukhbinder Singh Macquarie University, Sydney	Alexander Sirota University of Virginia
Robert-Jan Slager Instituut Lorentz	Inti Sodemann Massachusetts Institute of Technology	Dam Thanh Son University of Chicago	Boqun Song (first week only) Ames Lab Condensed Matter Physics
Douglas Stanford IAS	Hiroaki Sumiyoshi Kyoto University	Nicolas Tarantino Stony Brook University Models of symmetry-enriched topological phases	Grigory Tarnopolskiy Princeton University
Apoorv Tiwari University of Illinois , Urbana Champaign Topological Field Theory with applications in SPT and topologically ordered phases of matter. Entanglement entropy and its relation to emergent spacetime.	Elisa Todarello University of Florida	Yu-Dai Tsai Cornell University	Lokman Tsui University of California, Berkeley Symmetry protected topological phases, quantum phase transition
Alex Turzillo Caltech	Marion van Midden (first week only) University of Ljubljana	Jorn W F Venderbos Massachusetts Institute of Technology	Alessandro Vichi CERN
Sagar Vijay Massachusetts Institute of Technology	Alexandre Vincart-Emard University of British Columbia Holographic applications of condensed matter physics	Curt von Keyserlingk Princeton Center for Theoretical Studies	Zitao Wang California Institute of Technology Quantum field theory, in particular topological quantum field theory, with applications in high energy physics and condensed matter physics.
Xiaoyu Wang University of Minnesota Twin Cities	Juven Chun-Fan Wang MIT	Wei Wang (first week only) University of Oklahoma condensed matter, cold atoms, mathematical physics	Wudi Wang (first week only) Princeton University
xueda wen Physics Department, University of Illinois at Urbana–Champaign Condensed Matter Theory	Dominic Williamson University of Vienna tensor networks	Anson Wong University of British Columbia	Yang-Le Wu University of Maryland topological states of matter, fractional quantum Hall effect, strongly correlated systems
Chaolun Wu Enrico Fermi Institute, University of Chicago Fractional Quantum Hall Effect, AdS/CFT	Jhih-Sheng Wu Department of Physics, University of California, San Diego Collective modes of two-dimensional systems, optical properties of graphene and TI, hyperbolic materials, transports on graphene, geometric effect on spin transport	Fengcheng Wu Department of Physics, University of Texas at Austin Fractional quantum Hall effect, Exciton Physics, 2D material	Di Xiao (first week only) Pennsylvania State University Quantum spin Hall insulators. Quantum anomalous Hall effect in magnetically doped topological insulators.
Ming Xie The University of Texas at Austin	itamar yaakov Princeton University	Ran Yacoby Princeton University	Ziqi Yan Berkeley Center for Theoretical Physics Quantum field theory and quantum gravity
zhenbin yang princeton	Yizhi You UIUC/KITP My research interest covers a broad range of theoretical subjects in condensed matter, from Geometry theory in Chiral topological phases, quantum Hall nematic states to field theory description in no	Jhih-Shih You Department of Physics, UC San Diego	Cody Youmans The Graduate Center, CUNY; City College of New York
Valentin Zakharevich UT Austin Geometry/Topology/Homotopy Theory/Twisted K-theory/Topological Phases of Matter/(T)QFTs/Supersymmetry	Zhao Zhang University of Virginia	Echo zhang Cambridge University	Yongliang Zhang California Institute of Technology
Wenhan Zhang (first week only) Rutgers University	Yaxing Zhang (first week only) Michigan State University	Chenglong Zhang (first week only) Peking University material growth	Peng Zhao (first week only) Simons Center for Geometry and Physics
Yunqin Zheng princeton university	Hao Zheng (first week only) Princeton University	Xiaodong Zhou (first week only) Columbia University experimental condensed matter research	Guanyu Zhu Joint Quantum Institute (NIST-UMD) Interacting bosons in frustrated lattices; Composite fermion and spin liquid theory; topologically protected quantum computation with superconducting circuits

Staff

Lecturers and Organizers

Participants