ABC Physics (Atomic/Bio/Condensed Matter)
ABC Physics (Atomic/Bio/Condensed Matter)
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Upcoming Events
Xiaosong Li, University of Washington
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PAB B-421 TIQM Space (not C-421)
Past Events
- CANCELED: Test event with field of interest -
- Quantum Networks Using Single Rare‐Earth Ions (Sophie Hermans, Caltech/TU Delft) -
- Solitonic mBEC bifurcation in momentum space with a shaken lattice (Kaiyue Wang, Georgia Tech) -
- Experiments with Strontium Rydberg States: Spatial Correlations and Synthetic Dimensions (Yi Lu, Rice University) -
- Heavy metals, cheap lasers, and precision measurements of atomic structure (Protik Majumdar, Williams College) -
- Equilibrium and Quench-Dynamical Studies of Ultracold Fermions in Ring-Shaped Optical Traps (Daniel Allman, Dartmouth College) -
- Chiral density waves in correlated quantum materials (Hu Miao (Oakridge National Laboratory)) -
- Chiral density waves in correlated quantum materials (Hu Miao (Oakridge National Laboratory)) -
- Programmable Entanglement of Atoms in an Optical Cavity (Eric Cooper, Stanford University) -
- The Quantum Scientific Computing Open User Testbed (QSCOUT): a "white-box" quantum computer for research (Susan Clark, Sandia National Labs) -
- Designed evolution of magnetism and topology in Mn-Bi-Te natural heterostructure (Chaowei Hu (UCLA)) -
- Encoded Silicon Qubits: A High-Performance & Scalable Platform for Quantum Computing (Mitchell Jones, HRL Laboratories) -
- Non-Markovian open quantum systems (Rahul Trivedi, Max Planck Institute of Quantum Optics, University of Washington) -
- ColdQuanta’s cold atom approach to scaling quantum computing (Dr. Tom Noel, ColdQuanta) -
- Photonic Integrated Chips for Compact Atomic Clocks (Megan Ivory (Sandia National Laboratory)) -
- Harnessing Atomistic Defects to Advance Materials Discovery and Design (Steven Spurgeon, Pacific Northwest National Laboratory) -
- Proteins in a crowd under heat and pressure (Margaret S. Cheung (Department of Physics, University of Houston, Center for Theoretical Biological Physics, Rice University)) -
- Controlling interlayer excitons in MoS2 layers (Shivangi Shree, CNRS-Toulouse) -
- Resonant x-ray scattering study of a Kitaev quantum magnet (Young-June Kim (U Toronto)) -
- Nonequilibrium lattice dynamics of laser excited materials (David Reis (Stanford/PULSE)) -
- Probing Nontrivial Topology in Van der Waals Crystals (Ken Burch (Boston College)) -
- Correlation-enhanced electron-phonon interaction in oxide superconductors (Zhenglu Li, Lawrence Berkeley National Laboratory and University of California at Berkeley) -
- Inelastic X-ray Scattering: Recent progress and an outlook for the time-resolved era (Hasan Yavas (SLAC)) -
- Enhanced Thermal Hall Effect in Nearly Ferroelectric Insulators (Jing-Yuan Chen (Stanford University)) -
- Optical and transport properties of metals with nontrivial band geometry (Dima Pesin, U of Virginia) -
- Phase Transitions to Nonlinear Heat Transport - From Equilibrium Statistical Mechanics to Systems Far from Equilibrium (Robert Ecke (Los Alamos National Laboratory)) -
- Probing quantum dynamics in strongly-driven optical lattices (co-sponsored by UW QuantumX) (David Weld, UC Santa Barbara) -
- Topology, and Orbital Orders in Moiré systems (Cenke Xu, UCSB Physics) -
- Theory of Excitons in 2D Materials -- Valley-Spin Physics and Topological Effects (Ting Cao, University of Washington, Materials Science and Engineering) -
- Many-body effects, topological surface states, and the chiral anomaly in Dirac-Weyl semimetals (co-sponsored by QuantumX) (Edwin Barnes, Virginia Tech) -
- Spin relaxation of donor-bound electrons immerged in a CdTe quantum well (Guadalupe Garcia Arellano, Sorbonne University) -
- Emergent Phenomena and Ultrafast Dynamics of Nonequilibrium Correlated Systems (Cheng-Chien Chen, Department of Physics, University of Alabama at Birmingham) -
- Point defects in zinc oxide nanowires: growth and optical properties (Simon Watkins, Simon Fraser University) -
- The coming of age of de novo protein design (David Baker, University of Washington) -
- Special Seminar: Twisted topological tangles: or the knot theory of knitting (Elisabetta Matsumoto, Georgia Tech) -
- Hyperuniformity and Photonic Properties of Quasicrystals and Related Heterostructures (Paul Steinhardt, Princeton University ) -
- Nanoscale Imaging of Electronic states of 2D Materials and Oxides (Eli Rotenberg, Program Lead ARPES, Lawrence Berkeley National Lab) -
- Quantum coherence across bosonic superconductor-anomalous metal-insulator transitions (Chao Yang, University of Electronic Science and Technology of China, Chengdu) -
- Monitoring a Single Vortex in Superfluid Helium (Rena Zieve, University of California, Davis) -
- Liquid Mixtures of 3He and 4He and the First Dilution Refrigerators (Oscar E. Vilches, University of Washington) -
- Dynamical Josephson Effects in NbSe2 (James Williams, U. of Maryland) -
- MRSEC Seminar: Beyond transport - imaging electron flow in nanostructures, from the ballistic to the hydrodynamic regime (Joseph Sulpizio, Department of Condensed Matter Physics, Weizmann Institute of Science) -
- Spontaneous non-equilibrium magnetism via "Berryogenesis" in driven electronic systems (Mark Rudner, Neils Bohr Institute, University of Copenhagen) -
- Fractional Magnetic Excitations and Kitaev physics in honeycomb α-RuCl3 (Stephen Nagler, Oak Ridge National Laboratory) -
- Elements of a topological quantum computer (Felix von Oppen, Freie Universitaet Berlin) -
- Toward “quantum supremacy” with single photons (Chao-Yang Lu, University of Science and Technology, Hefei, P.R. China) -
- Spintronics with 2D Materials: New Functionalities with Heterostructures (Kelly Yunqiu Luo, Ohio State University) -
- Raman dressed Bose-Einstein Condensates: artificial gauge fields, spin-orbit coupling and negative mass hydrodynamics (Peter Engels, Washington State University) -
- Bimetric theory of fractional quantum Hall states (Andrey Gromov, Berkeley) -
- MRSEC seminar: Optical Spectroscopy of Two-Dimensional Materials (Jun Yan, U Mass Amherst) -