Colloquia
Colloquia
Upcoming Events
Past Events
- Mapping Dark Matter in the Milky Way with Stellar Streams (Nora Shipp, University of Washington) -
- Reimagining condensed matter physics in two-dimensional materials (Erez Berg, UC Santa Barbara) -
- Probing the Void with AI Help (Mia Liu, Purdue University) -
- Your Noise is My Signal (Ken Van Tilburg, Stanford University) -
- Building Quantum Computers in Academia and Industry (Chris Monroe, Duke University and IonQ) -
- A Hitchhiker’s Guide to Rhombohedral Graphene (Allan Macdonald, University of Texas at Austin) -
- Imaging the Sub-Moiré Potential Landscape using an Atomic Single Electron Transistor (Dahlia Klein, Weizmann Institute of Science, University of Chicago) -
- Electrons are Not Ambidextrous: What have we learnt from this subatomic matter of fact? (Krishna Kumar, University of Massachusetts) -
- Visualizing quantum dynamics with superconducting qubits: quantum glass formation at high temperatures (Lev Ioffe, Google) -
- Intelligence from Instability: A Dynamical-Systems View of Neural Computation (Dmitri Chklovskii, Flatiron Institute, Simons Foundation and Neuroscience Institute, NYU) -
- First-Principles AI for Quantum Matter (Liang Fu, MIT) -
- An Experimental Quantum-Optical Spin Glass: From Ultrametricity to Associative Memory (Ben Lev, Stanford University) -
- Time travel, time reversal, and the arrow of time: quantum sensing and quantum thermodynamics with superconducting qubits (Kater Murch, UC Berkeley) -
- The rise of moire systems (Bogdan A. Bernevig, Princeton University) -
- Time-Domain Tunneling Spectroscopy of Two-Dimensional Electron Systems (Ray Ashoori, MIT) -
- High rank multipole order: feeling the strain (Ian Fisher, Stanford University) -
- Colloquium - none today (cancelled) -
- The 2025 Nobel Prize in Physics: From Macroscopic Quantum Tunneling to Superconducting Qubits (Charles Marcus, University of Washington) -
- Cultivating Skills Through Introductory Physics Labs (Kazumi Tolich, University of Washington) -
- Surprises from the topological flat bands of multilayer graphene (Matthew Yankowitz, University of Washington) -
- From Characterizing Thinking to Designing Instruction: A Research View on Mathematical Reasoning in Physics (Suzanne White Brahmia, University of Washington) -
- When is “just right” also “much more than enough”? Surprising lessons on optimality from a bacterium (Paul Wiggins, University of Washington) -
- Selected highlights and prospects in flavor physics (Francesco Polci, Sorbonne University / LPNHE Lab) -
- Towards Holography for Flat Spacetimes (Natalie Paquette, University of Washington) -
- Sequencing 'ALIEN' DNA and watching molecular motors at work (Andrew Laszlo, University of Washington) -
- From the Sky to the Lab: New searches for the lightest particles (Masha Baryakhtar, University of Washington) -
- Imaging the Intrinsic and Emergent Scales of Quantum Chromodynamics with Colliders (Ian Moult, Yale University) -
- To room temperature and back again: the search for practical high temperature superconductors (James Hamlin, University of Florida) -
- Invitation to Black Hole Thermodynamics (Edward Witten, Institute for Advanced Study, Princeton) -
- Electrons in twisted layers: design, surprise, and a new set of eyes (David Goldhaber-Gordon, Stanford University) -
- You’re sending particles across a country? The Tokai to Kamioka experiment (Kandall Mahn, Michigan State University) -
- The history of cosmic expansion as revealed by the Dark Energy Spectroscopic Instrument (Martin White, UC Berkeley) -
- From Massless to Super Heavy Electrons in Kagome Metals (Haim Beidenkopf, Weizmann Institute) -
- Twist and strain control in moiré materials (Cory Dean, Columbia University) -
- Genie in a Bottle: probing TeV physics with neV ultracold neutrons (Chen-Yu Liu, University of Illinois Urbana-Champaign) -
- TBA (TBA) -
- Visualizing strongly interacting quantum phases of matter (Ali Yazdani, Princeton University) -
- TBA (TBA) -
- Adventures in optical clocks: quantum engineering, fundamental physics, and new frontiers (Tobias Bothwell, National Institute of Standards and Technology (NIST)) -
- Quantum Systems Built of Neutral Atoms and an Optical Cavity (Zhenjie Yan, UC Berkeley) -
- Quantum simulation with excited bands of the Bose and Fermi Hubbard Model (Coraline Fujiwara, University of Toronto) -
- Ultracold Molecules: From Quantum Chemistry to Quantum Computing (Alan Jamison, University of Waterloo) -
- Site-selective cavity readout and fault-tolerant connection of neutral atom arrays (Josiah Sinclair, MIT) -
- Making and probing Bose-Einstein condensates of polar molecules (Ian Stevenson, Columbia University) -
- Engineering quantum systems: from many-body physics to scalable quantum computing (Maxwell Parsons, University of Washington) -
- Error correction and engineering with oscillatory biological systems (Sahand Rahi, École Polytechnique Fédérale de Lausanne) -
- FASER: New Eyes for the LHC (Jonathan Lee Feng, UC Irvine) -
- Nobel Colloquium: De novo protein design (David Baker (2024 Nobel Laureate for Chemistry), UW Institute for Protein Design & Biochemistry) -
- Dynamic landscapes during cellular growth and diversificatio (Gautam Reddy, Princeton University) -
- Probing Axions and Dark Matter theories at high-intensity accelerator experiments (Stefania Gori, UC Santa Cruz) -