Exploring New Frontiers of Physics

No talks scheduled.

• Simons Amphitheater 10:15AM AI for Quantum Matter

  • Maciej Koch Janusz (Haiqu Inc.) Information Bottleneck for learning the operator content of quantum and classical theories from data
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators
• Qiong Ma (Boston College) Monolayer TaIrTe4 for tunable Topology and Correlations
Simons Amphitheater 03:30PM AI for Quantum Matter
• Nisarga Paul (Caltech) Quantum learning theory for condensed matter: learning the Hamiltonian from the dynamical structure factor

• Simons Amphitheater 10:30AM AI for Quantum Matter

  • Kunal Sharma (IBM) Learning Ground State Observables from Quantum Experiments
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators
• W. Vincent Liu (Pittsburgh) Engineering Beyond-Standard Models with Orbital Quantum Gases

• Simons Amphitheater 10:30AM AI for Quantum Matter

  • Tomohiro Soejima (NYU) Large scale neural quantum states reveal the interplay between superconductivity and quantum criticality
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators
• Yang Zhang (Tennessee) A fractional quantum Hall factory on quantum processors: constant-depth preparation of clustered non-Abelian states

• Simons Amphitheater 10:30AM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators

  • Ruben Verresen (U. Chicago) Condensation without confinement: non-unitary higher symmetries
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators
• Zlatko Papic (Univ. of Leeds) Very high energy physics of fractional quantum Hall states

• Simons Amphitheater 12:15PM Blackboard Lunch

  • Eliska Greplova (KIND) More Is Different (With Machine-Learned Calculators)
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators
• Kai Sun (Michigan) From Landau Levels to Topological Flat Bands: Can Flat Bands Outperform Landau Levels as Hosts for Fractional States?

• Simons Amphitheater 10:30AM AI for Quantum Matter

  • Federico Becca (Univ. of Trieste) Laughlin and Wigner crystals in the bosonic Hofstadter model with dipolar interactions: can a simple restricted-Boltzmann machine capture them?New Talk
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators

• Glenn Wagner (ETH Zurich) Three-dimensional foliated fractional quantum Hall phases

Fred Kavli Auditorium 06:00PM Artificial Intelligence and the Age of Emergence

The KITP Public Lecture Series

Roger Melko (U. Waterloo)

• Simons Amphitheater 10:30AM AI for Quantum Matter

  • Abhinav Deshpande (IBM Research-Almaden) Pauli peaked circuits
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators
• Maria Daghofer (Univ. of Stuttgart) TBD

• Zoom 08:15AM Microbial Heterogeneity: From Genetic Switches to Collective Behavior in Biofilms

  https://ucsb.zoom.us/j/86446750982

  • Virtual Open House
Simons Amphitheater 10:30AM AI for Quantum Matter
• Ian Spielman (JQI) Nondestructive characterization of laser-cooled atoms using machine learning
Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators
• Yuval Gefen (Weizmann Inst.) Effective Linear Response of Far-from-equilibrium Anyons
Simons Amphitheater 03:30PM AI for Quantum Matter
• Baris Ozguler (UC Berkeley) What Do Quantum Error-Correction Records Reveal?

• Simons Amphitheater 01:30PM Engineering Fractionalization in Quantum Many-Body Systems: From New Quantum Materials to Quantum Simulators

  • Nisarga Paul (Caltech) From higher-dimensional Fermiology to higher Hall crystals in moiré materials