This third workshop of the Perimeter Institute series Emergence and Entanglement will center around four major frontiers in quantum matter research: (i) topological matter including recently discovered phases in three dimensions and new routes toward experimental realization (ii) critical states of matter especially interacting CFTs in 2+1 dimensions and dualities (iii) state-of-the-art numerical approaches to tackle such many-body problems (e.g. DMRG MERA Monte Carlo) and (iv) quantum dynamics and thermalization.
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Theory of a Planckian metal with a remnant Fermi surface.
Subir Sachdev - Harvard University
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Twisted foliated fracton order
Xie Chen - California Institute of Technology
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Landau ordering and other phase transitions beyond the Landau paradigm
Senthil Todadri - Massachusetts Institute of Technology (MIT) - Department of Physics
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QED and quantum magnetism in (2+1)d
Chong Wang - Perimeter Institute for Theoretical Physics
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From cold to lukewarm to hot electrons
Andres Schlief - Deutsche Bank
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Shadow of complex fixed point: Approxmiate conformality of Q>4 Potts model
Han Ma - Stony Brook University
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On the relation between the magnitude and exponent of OTOCs
Yingfei Gu - Harvard University
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Firewalls vs. Scrambling
Beni Yoshida - Perimeter Institute for Theoretical Physics
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Theory of entanglement phase transitions and natural error correction in quantum circuits with measurement
Ehud Altman - University of California, Berkeley
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Onset of Random Matrix Statistics in Scrambling Systems
Hrant Gharibyan - Stanford University
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When quantum-information scrambling met quasiprobabilities
Nicole Yunger Halpern - National Institute of Standards and Technology
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Multipole gauge theories and fractons
Andrey Gromov - University of California, Berkeley