Talks in Zoom : https://berkeley.zoom.us/j/99926531758
Poster Session & Breaks at Gathertown: https://gather.town/app/0SfZ95JYTrGAKhCF/Geoflow%20Workshop
Apr 23 Friday
Morning chair 1: Hugo Marrochio
9:00-9:45am Avikar Periwal (Stanford):
"Programmable Interactions and Emergent Geometry in an Array of Atomic Ensembles"
9:45-10:30am Romain Vasseur (University of Massachusetts at Amherst):
"Quantum dynamics and operator spreading in interacting integrable system"
10:30-11:00am Coffee Break
Morning chair 2: Paolo Glorioso
11:00-11:45am Greg Bentsen (Brandeis):
"Large N theory of measurement induced phase transition"
11:45-12:30pm Aavishkar Patel (UC Berkeley):
"Systematic nonperturbative field theories for non-Fermi liquids and strange metals"
12:30-1:30pm Lunch Break
Afternoon chair: Masamichi Miyaji
1:30-2:15pm Norman Yao (UC Berkeley):
"Probing many-body noise in a strongly interacting two-dimensional dipolar spin system"
2:15-3:00pm Poster Session
At Gathertown: https://gather.town/app/0SfZ95JYTrGAKhCF/Geoflow%20Workshop
Yimu Bao (UC Berkeley): “Symmetry enriched phases of Gaussian fermionic circuits”
Reggie Caginalp (UC Berkeley): “Complexity in One- and Two-Qubit Systems”
Eric Cooper (Stanford): “Emergent Geometries in a Programmable XY Simulator”
Paolo Glorioso (Stanford University): “Fractons and fluctuating hydrodynamics with translation symmetry”
Matteo Ippoliti (Stanford University): “Non-unitary dynamics via spacetime duality”
Anasuya Lyons (UC Berkeley): “Encoding Phase Transitions in Random Classical Circuits”
Thomas Schuster (UC Berkeley): “Operator Size and Error Propagation: the Butterfly Effect in Open Quantum Systems”
Ronak M. Soni (Stanford University): "A Bridge to the Island?”
Jonathan Sorce (Stanford, SITP): “A lower bound on reflected entropy: the holographic Markov gap”
Vincent Su (UC Berkeley): “Discussion: Black holes on Quantum Computers?”
Zachary Weinstein (UC Berkeley): “Measurement-Induced Negativity Transition in an Open Quantum Circuit”
Shangnan Zhou (Stanford University): “Quantum cross entropy and maximum likelihood principle”