Colloquia
Colloquia
Past Events
- Why is scientific reasoning so hard, and what can we do about it? (Andrew Heckler, Ohio State University) -
- Data Science for (X-ray) Astronomy (Daniela Huppenkothen, UW/DIRAC) -
- The conformal bootstrap: magnets, boiling water, and quantum gravity (David Simmons-Duffin, Caltech) -
- Testing the Caustic Ring Dark Matter Halo Model Against Observations in the Milky Way (Julie Dumas, Vanderbilt) -
- Neutron particles and neutron waves (Charles Clark, NIST, JQI) -
- "The Great Collider in China" - A Future Accelerator to Study the Higgs Boson and to Explore Nature at the Energy Frontier (Xinchou Lou, Institute of High Energy Physics, Beijing, China and UT Dallas) -
- Nobel Prize 2017: Exploring the New Frontier of Gravitational Wave Astronomy (Fred Raab, LIGO Hanford) -
- Telescopes for Eyes: What Jumping Spiders Can Teach Us About Seeing the World (Nate Morehouse, University of Cincinnati) -
- Superfluid Mixtures, Molecules, and Interferometry with ultracold atomic gases (Subhadeep Gupta, University of Washington) -
- Origins of Structure in Planetary Systems (Ruth Murray-Clay, UCSC) -
- The Multi-Dimensional Core-Collapse Supernova Mechanism (Adam Burrows, Princeton University) -
- JWST is Coming to a Lagrangian Point Near You! (George Rieke, University of Arizona) -
- Dark Matter, the Higgs Boson and the LHC (Shih-Chieh Hsu, University of Washington) -
- Strange Nonchaotic Stars (John Lindner, The College of Wooster) -
- Polariton laser using a designable microcavity (Hui Deng, University of Michigan) -
- Polarimetry for biosignatures and habitability markers (Kim Bott, University of Washington) -
- Weighing Neutrinos (and the Universe) with Noble Liquid Time Projection Chambers (Andrea Pocar, University of Massachusetts, Amherst) -
- Integrated Optomechanics and GHz acousto-optics (Mo Li, University of Minnesota) -
- Observational Assessment of Stellar Feedback in Nearby Galaxies (Laura Lopez, OSU) -
- Clocks to weigh Beyond Standard Model Physics: Muon g-2 and the Neutrino Mass Scale (Martin Fertl, University of Washington) -
- Capturing gene regulation in action by single-molecule imaging directly inside living cells (Ibrahim Cissé, MIT) -
- Planet Nine from Outer Space (Konstantin Batygin, Caltech) -
- Unveiling the Nature of Neutrinos and Dark Matter (Kyungeun Lim, Yale University) -
- On Effective Field Theory (and a bit of Differential Geometry) in Cosmology (Leonardo Senatore, Stanford) -
- Weak gravitational Lensing by Large-Scale Structure (Hendrik Hildebrandt, Bonn University) -
- Quantum entanglement, strange metals, and black holes (Subir Sachdev, Harvard University) -
- Two Stars of Stellar Evolution: Karl-Heinz Bohm and Erika Bohm-Vitense (Julie Lutz, Bruce Balick & Emily Levesque, University of Washington) -
- New avenues in rare-event searches (Alvaro E Chavarria, TBA) -
- Topological properties of novel resonant states in nanophotonics (Bo Zhen, MIT and Technion) -
- The quest to measure the cosmic initial conditions (Matt McQuinn, University of Washington) -
- Black holes, quantum mechanics, and the topology of space and time (Gerard 't Hooft, Utrecht University) -
- A bright future for Introductory Physics Courses (Tim Stelzer, University of Illinois, Urbana-Champaign) -
- Thermalization, Localization, and Non-Equilibrium Criticality (Andrew Potter, UT Austin) -
- Berry phase effects in crystals (Di Xiao, Carnegie Mellon University) -
- Exploring Quantum Electronic Transport in Flatland (Pablo Jarillo-Herrero, MIT) -
- Statistical physics of molecular evolution: from gene regulation to the immune system (Armita Nourmohammad, Princeton) -
- Quantum gravity, conformal field theory and black holes (Alex Maloney, McGill University) -
- The LIGO discovery and primordial black hole dark matter (Ely Kovetz, Johns Hopkins) -
- Higher-spin symmetry in quantum gravity and conformal field theory (Simone Giombi, Princeton) -
- Bouncing (Anna Ijjas, Princeton) -
- The interplay of symmetry and topology in quantum condensed matter (Lukasz Fidkowski, Stony Brook) -
- Quantum alchemy for the 21st century: accessing new horizons of quantum many-body dynamics through periodic driving (Mark Rudner, Niels Bohr Institute) -
- Symmetries in anyon systems (Fiona Burnell, University of Minnesota) -
- Observational Constraints on Supernova Progenitor Systems (Melissa Graham, University of Washington) -
- Building with Crystals of Light and Quantum Matter: From clocks to computers (Ana Maria Rey, JILA, NIST and University of Colorado, Boulder) -
- Search for the Electric Dipole Moment (EDM) of 199-Hg (B.R. Heckel, University of Washington) -
- Validating quantum devices (Matthias Troyer, Microsoft and ETH Zurich) -
- Quasars and the Ionization of the Intergalactic Medium: Helium Reionization and Beyond (David Syphers, Eastern Washington University) -
- 2β or Not 2β: Majorana Neutrinos, Grand Unification, and the Existence of the Universe (Jason Detwiler, University of Washington) -
- Upcoming Planetary Defense Challenges (Ed Lu, B612 Foundation) -