Colloquia
Colloquia
Past Events
- New types of order in strongly correlated materials (Alexei Tsvelik, Brookhaven National Laboratory) -
- The Evolution of Massive Stars: Closing the Loop in the Local Group (Philip Massey, Lowell Observatory) -
- From the Higgs to the Dark Unknown: the Search of the Underlying Code of Our Universe. (Joseph Incandela, UC Santa Barbara and CERN) -
- Resolving the Small-Scale Structure of the Cool Circumgalactic Medium (Kate Rubin, San Diego State University) -
- Searching For Dark Matter In The Sky (Tracy Slatyer, MIT) -
- TBA (Jonelle Walsh, Texas A&M University) -
- 2016 Nobel Prize: David Thouless and Topological Phases (Marcel den Nijs and Others, University of Washington) -
- The Latte Project: Simulating the Milky Way with its Dwarf Galaxy Population (Andrew Wetzel, Caltech) -
- Strongly Interacting Fermi Gases under the Microscope (Martin Zwierlein, MIT) -
- UW Astronomy: State of the Department & Plans for the Next Year (Julianne Dalcanton, University of Washington) -
- Defects in optically active semiconductors for quantum applications (Kai-Mei Fu, UW Physics) -
- Adventures in planetary science (Don Brownlee, University of Washington) -
- Designing Superconductivity: Manipulating Interactions in Arrays of Superconducting Islands (Nadya Mason, University of Illinois at Urbana) -
- Rare Elements from the First Stars to Today (Ian Roederer, University of Michigan) -
- Ascertaining the Core Collapse Supernova Explosion Mechanism: Dream Becoming Reality (Anthony Mezzacappa, University of Tennessee/ORNL) -
- Seeking simplicity in complexity: A physicist’s view of vulcanized media (Paul M Goldbart, School of Physics, Georgia Institute of Technology) -
- The Supernova Impostor SN 2010da (Breanna Binder, UW Bothell) -
- Superfluid atom circuits (Gretchen Campbell, Joint Quantum Institute, University of Maryland) -
- New Horizons Exploration of the Pluto System (Will Grundy, Lowell Observatory) -
- The Quest to Identify the Mechanism that Stabilizes the Weak Scale (Devin Walker, University of Washington) -
- Stars in the Laboratory: Presolar Stardust in the Solar System (Larry Nittler, Carnegie Institute of Washington DTM) -
- Detecting and coupling quantum objects with quantum light (Dan Stamper-Kurn, Berkeley) -
- Rare Elements from the First Stars to Today (Ian Roederer, University of Michigan) -
- Topological Boundary Modes from Quantum Electronics to Classical Mechanics (Charles Kane, University of Pennsylvania) -
- A Detailed View of Mass Loss in Massive Stars (Jamie Lomax, University of Oklahoma) -
- New Directions in Searching for the Dark Universe (Surjeet Rajendran, Berkeley) -
- Revisiting and Repurposing the Double Helix (Taekjip Ha, Johns Hopkins University) -
- Low Mass Galaxies and their Gas at the Peak Epoch of Star Formation (Dawn Erb, University of Wisconsin, Madison) -
- Examining the Relationships Among Intuition, Reasoning, and Conceptual Understanding in Physics (Mila Kryjevskaia, North Dakota State University) -
- Decoding spacetime (Patrick Hayden, Stanford University) -
- The Universe’s most extreme star-forming galaxies (Caitlin Casey, University of Texas, Austin) -
- Energy Dynamics and Learning Dynamics (Rachel E. Scherr, Seattle Pacific University) -
- Dark Matter - Where are we, and what's next? (Reina Maruyama, Yale) -
- The Optical-Infrared Extinction Curve and its Variation in the Milky Way (Eddie Schlafly, University of California, Berkeley) -
- The role of research in improving instruction: New insights from introductory physics and upper-division analog electronics (Mackenzie Stetzer, University of Maine) -
- The First Direct Detection of Gravitational Waves (David Shoemaker, MIT Kavli Institute) -
- Planet-disc interactions in binary star systems (Rebecca Martin, University of Nevada) -
- Shaking up statistical physics in interacting quantum systems (Anushya Chandran, Perimeter Institute) -
- AGN Triggering in Galaxy Mergers as Traced by Dual AGN and Offset AGN (Julie Comerford, University of Colorado) -
- Mathematization: Enhancing learning by fostering physics creativity (Suzanne Brahmia, Rutgers) -
- From Imaging Disks and Gas Giant Planets with the Gemini Planet Imager to Habitable Earth-like planets with the ELTs (Christian Marois, NRC & University of Victoria) -
- Disrupting superconductivity: how coexisting phases modify superconductivity in electron and hole-doped cuprates (Inna Vishik, MIT) -
- The quest for neutrino-less double-beta decay (Giorgio Gratta, Stanford) -
- Probing Cosmological Reionization with the High-redshift Lyman-alpha Forest (Anson D’Aloisio, University of Washington) -
- Re-thinking intro physics labs: Teaching and assessing critical thinking (Dr. Natasha Holmes, Stanford University) -
- Matter at High Energy Density and Ultra-relativistic Collisions (Larry McLerran, Brookhaven National Laboratory) -
- The Formation of Planets from the Direct Accretion of Pebbles (Hal Levison, South West Research Institute) -
- Universal Charge Order in the Cuprate High-Tc Superconductors (Eduardo da Silva Neto, University of British Columbia) -
- A PHAT New Measurement of High-Mass Stellar IMF (Dan Weisz, University of Washington) -
- From Old to New Physics with Electron-Electron Scattering (Krishna Kumar, Stony Brook) -