Particle Theory
Particle Theory
Upcoming Events
Past Events
- Searching for New Physics from the Sky with Current and Future Gamma Ray Telescopes (Joshua Foster, MIT) -
- Charmed resonances and exotic matter from QCD (Nicolas Lang, Trinity College Dublin) -
- Hadronic light-by-light scattering contribution to the anomalous magnetic moment of the muon from Lattice Quantum Chromodynamics (En-Hung Chao, University of Mainz) -
- Tensor Programs: The Feynman Diagrams of Deep Learning (Greg Yang, Microsoft Research) -
- Quark Masses (Andreas Kronfeld, Fermilab) -
- Meson interactions at Large Nc from Lattice QCD (Fernando Romero-Lopez, Department of Physics and IFIC, Valencia, Spain) -
- Pulsar timing as a probe of primordial black holes and minihalos (Jeff Dror, Cornell) -
- Detecting Dark Blobs (Dorota Grabowska, University of Washington) -
- Lightish but clumpy: scalar dark matter from inflationary fluctuations (Gonzalo Alonso Alvarez, Heidelberg) -
- Dynamics of Gauge Theories in 2+1 Dimensions (Zohar Komargodski, Simons Center) -
- Probing Binary Black Hole Environments in Hierarchical Triple Systems (Lisa Randall, Harvard) -
- Neutrino Masses: First Signal From SUSY! (Seyda Ipek, UC Irvine) -
- Generalised global symmetries in field theory and holography (Saso Grozdanov, MIT) -
- A confinement criterion for gauge theories with matter fields (Jeff Greensite, San Francisco State University) -
- Bosonization in Higher Dimensions (Anton Kapustin, Caltech) -
- Precision Higgs coupling analysis at e+e- colliders using Effective Field Theory (Michael Peskin, SLAC) -
- Voronoi Tessellations and Machine Learning in Phase Space (Jamie Gainer, University of Hawaii at Manoa) -
- Supernova Bounds on Light Hidden Sectors (Sam McDermott, SUNY) -
- Dark Kinetic Heating of Neutron Stars and An Infrared Window On WIMPs, SIMPs, and Pure Higgsinos (Nirmal Raj, University of Oregon) -
- Dark Matter Co-annihilating with a Top/Bottom Partner with effects of bound states (Wai Yee Keung, University of Illinois at Chicago) -
- The Z' and flavor - where do we stand? (Patrick Foldenauer, Heidelberg) -
- TBA (Aleksey Cherman, INT) -
- Transport bounds for condensed matter physics (Andy Lucas, Stanford University) -
- TBA (Michael Dine, UCSC) -
- Spectral and thermodynamic properties of the Sachdev-Ye-Kitaev model (Jacobus Verbaarschot, SUNY Stony Brook) -
- Soft-Collinear Supersymmetry (Gilly Elor, University of Oregon) -
- Quantum Information meets Quantum Gravity (Ning Bao, Caltech) -
- Chaos and transport in the Sachdev-Ye-Kitaev models and AdS2 holography (Kristan Jensen, San Francisco State University) -
- Naturalness in the Dark (Nathaniel Craig, UCSB) -
- Results from the Search for eV-Sterile Neutrinos with IceCube (Carlos Arguelles, MIT) -
- Very light dilaton and naturally light Higgs boson (Deog Ki Hong, Pusan National University) -
- Exploring the low mass frontier in dark matter direct detection (Tongyan Lin, University of California Berkeley) -
- TBA (Josephine Suh, University of British Columbia) -
- Emergent Dimensions and Branes from Large-N Confinement (Erich Poppitz, University of Toronto) -
- The Fluid Gravity Correspondence at large D (Nathaniel Craig, University of California Santa Barbara) -
- Going with the flow: a solution to the sign problem (Gokce Basar, University of Maryland) -
- Dense Axion Stars (Eric Braaten, Ohio State University) -
- Topological sigma models and dissipative hydrodynamics (Mukund Rangamani, UC Davis) -
- CP-Odd Invariants for Multi-Higgs Models (Thomas Neder, Southhampton) -
- Quantum Hall Matrix Models (David Tong, University of Cambridge) -
- Black Hole Evaporation in the BFSS Model (Evan Berkowitz, Lawrence Livermore National Laboratory) -
- Searching for new Physics with Boson Decays (Daniel Stolarski, Carleton University) -
- TBA (Jared Evans, University of Illinois) -
- The diphoton mystery at the discovery machine (Patrick Draper, UC Santa Barbara) -
- Circular Electron Positron Collider (Charles Young, SLAC) -
- Natural Heavy Supersymmetry (Brian Batell, University of Pittsburgh) -
- Wavelet Techniques for Jet Substructure (Will Shepherd, Niels Bohr Institute) -
- Anomalous Dimensions and Unparticles in the Cuprate Superconductors (Philip W Phillips, University of Illinois) -
- Semi-Visible Jets: Dark Matter Undercover at the LHC (Timothy Cohen, University of Oregon) -
- Nnaturalness (Tim Cohen, University of Oregon) -