Colloquia
Colloquia
Upcoming Events
Past Events
- Frontiers in Nuclear Theory Colloquium: "Chiral magnetic effect: from quarks to quantum computers" (Dmitri Kharzeev, Stony Brook University) -
- Frontiers in Nuclear Theory Colloquium: "Geometry, Noether currents and relativistic fluids" (Stefan Flörchinger, University of Heidelberg) -
- Frontiers in Nuclear Theory Colloquium: "Parity doubling in cold and dense QCD" (Chihiro Sasaki, University of Wroclaw) -
- From quarks to nuclei: unveiling universalities in strongly interacting many-body systems (Or Hen (MIT)) -
- Hot Electrons, Cold Materials: Building Blocks for Next Generation Semiconductor Devices (Rehan Kapadia (USC)) -
- Exploring new scientific frontiers with programmable quantum systems (Misha Lukin (Harvard)) -
- Are we Living in the Matrix? (David Tong) -
- Magic Angle Bilayer Graphene - Superconductors, Orbital Magnets, Correlated States and beyond (Dmitri Efetov (ICFO)) -
- Capturing light induced phase transitions with femtosecond movies
(Nuh Gedik (MIT)) - - From authentic experiments and everyday observations to introductory physics problems (Gorazd Planinsic (University of Ljubljana)) -
- Out-of-equilibrium phenomena with ultracold atoms in optical lattices (Monika Aidelsburger (Ludwig-Maximilians-Universität München & Munich Center for Quantum Science and Technology)) -
- Using Information Geometry to find simple models of complex processes (Mark Transtrum (BYU)) -
- Quantum interfaces based on ion traps (Tracy Northrup (Universität Innsbruck)) -
- Searching for Dark Complexity with Colliders and Telescopes (David Curtin (U. Toronto)) -
- An Ab Initio Approach to Predicting and Controlling Quantum Systems (Pri Narang (Harvard)) -
- Special collective modes from spin-orbit coupling. (Saurabh Maiti (Concordia University)) -
- Imaging black holes (Celebrating the Nobel Prize) (Jason Dexter (CU Boulder)) -
- Form from flow: The role of dynamics in shaping fluvial and vascular topology (Eleni Katifori (UPenn)) -
- Eöt-Wash & the physics that won the Breakthrough Prize! (Adelberger, Gundlach and Heckel (UW)) -
- Quasi-1D Hexagonal Chalcogenides: From Giant Optical Anisotropy to Ultralow Glassy Thermal Conductivity (Jayakanth Ravichandran (USC)) -
- Measuring and enhancing quantitative reasoning in physics instruction (Suzanne White Brahmia (UW Physics)) -
- Nematic quantum criticality in iron-based superconductors (Jiun-Haw Chu (UW Physics)) -
- Neural network-like collective dynamics in molecules (Arvind Murugan) -
- The Search for Topological Phases of Matter (Ashley Cook, UC Berkeley) -
- Preparing Physics Students for 21st Century Careers: The PHYS21 Report (Paula Heron) -
- New Physics at the Precision Frontier (Ken Van Tilburg, Kavli Institute for Theoretical Physics, UCSB) -
- Imaging Black Holes: Beyond the Shadow (Jason Dexter, University of Colorado Boulder) -
- Searching for New Physics Across the Spectra (Masha Baryakhtar, NYU) -
- Many-Body Quantum Chaos: an Entanglement Perspective (Laimei Nie, Chicago) -
- Many Body Effects of Chiral Edge Fermions (Biao Lian, Princeton) -
- A Black Hole Perspective on Fundamental Physics: Conformal Field Theory, Quantum Chaos, and Quantum Information (Alex Maloney, McGill) -
- Searching for the invisible: how dark forces shape our Universe (Katelin Schutz, MIT) -
- Symmetry indicators for topological materials (Hoi Chun (Adrian) Po, MIT) -
- Dynamical quantum materials (Mark Rudner, Niels Bohr Institute, Copenhagen) -
- String Theoretic Illuminations of Moonshine (Natalie Paquette, Caltech) -
- Anomalies: From Magnets to the Nuclear Force (Shu-Heng Shao, Institute of Advanced Study, Princeton) -
- How to Discover New Physics with Cosmological Datasets (Marilena Loverde, Stony Brook) -
- Entangled Butterflies: Chaos in Complex Quantum Systems (Brian Swingle, University of Maryland) -
- The Unbearable Lightness of Neutrinos (Diana Parno) -
- Magnetic quadrupole moment in crystals (Di Xiao) -
- Electronic Correlations in Magic Angle Twisted Bilayer Graphene (Stevan Nadj-Purge (Caltech)) -
- Collagen: a fascinating responsive material building block from Nature (Nancy Forde (SFU)) -
- Using Nanopores to Watch Enzymes at Work (Jens Gundlach) -
- Nobel Prize Special Edition (Morales & co) (Miguel Morales) -
- Majorana zero modes: a new kind of ‘particle’, and where it can be found (Charlie Marcus (UCPH and Microsoft)) -
- Becoming what you smell (Vijay Balasubramanian (U Penn)) -
- Cavity Quantum Electrodynamics with Broad Quantum Emitters (Arka Majumdar, University of Washington) -
- Coulomb gap here, there and everywhere (Boris Shklovskii, University of Minnesota) -
- Diffusion in the Quantum Era (Sean Hartnoll, Stanford University) -
- Dissecting microbial growth at multiple scales, from atoms to cells (Kerwyn C Huang, Stanford University) -