Particle Theory
Particle Theory
Upcoming Events
Past Events
- Dimer Effective Field Theory (David Kaplan, University of Washington) -
- Probing Cosmic Acceleration with DESI: Dark Energy or Modified Gravity? (Cristhian Garcia-Quintero, Center for Astrophysics, Harvard & Smithsonian) -
- Revealing the information content of galaxy clustering with field-level and simulation-based inference (Beatriz Tucci, Stanford University) -
- Let’s talk about tau! (the high cost of a low optical depth) (Noah Sailer, Stanford University) -
- Local primordial non-Gaussianity from 'zero-bias' 21cm radiation during reionization (Nick Kokron, Institute for Advanced Study) -
- Ultralocal measure is not canonical (Maciej Kolanowski, UCSB) -
- Does hot QCD have a conformal manifold in the chiral limit? (Aleksey Cherman, University of Minnesota) -
- Resurrecting the coherent state variational algorithm for large N gauge theories (Laurence Yaffe, University of Washington) -
- Axiverse Baryogenesis (David Cyncynates, ICTP, Trieste) -
- From twistorial theories to QCD: computing two-loop amplitudes with the chiral algebra bootstrap (Anthony Morales, University of Washington) -
- Inflation beyond single-field, slow-roll (Alejandro Perez Rodriguez, University of Washington) -
- Learning Fundamental Physics from Cosmological Probes: Neutrinos and the Cosmic Microwave Background (Gabriele Montefalcone, University of Texas at Austin) -
- New Symmetries for New Particle Physics (Marius Kongsore, NYU) -
- Magnetic Monopoles in the Milky Way (Cyril Creque-Sarbinowski, University of Washington) -
- Melting the LHC: a search for long-lived gluinos in liquid detector materials (Samuel Wong, University of Washington) -
- Making Black Holes at the Big Bang: light spectator fields facilitate black hole formation and alleviate fine-tuning (Sarah Geller, UC, Santa Cruz) -
- Making Black Holes at the Big Bang: light spectator fields facilitate black hole formation and alleviate fine-tuning (Sarah Geller, UC Santa Cruz) -
- New strategies for detecting meV dark bosons (Amalia Madden, KITP, UC Santa Barbara) -
- Majoron meets axion experiments (Qiuyue Liang, Kavli IPMU, University of Tokyo) -
- Probing Ultralight Dark Matter with Rydberg Atoms and Electro-Optics (Reza Ebadi, University of Maryland.) -
- IKKT matrix models and holography (Michael Gutperle, UCLA) -
- How the Cosmic Microwave Background knows about dark radiation (Murali Saravanan, University of Washington) -
- Duality of Turbulence to a solvable string theory (Alexander Migdal, School of Mathematics, IAS, Princeton) -
- Quantum Simulations of SU(3) (Patrick Draper, University of Illinois Urbana-Champaign) -
- Revealing the physics of reionization with high-redshift quasars, JWST observations, and simulations of the IGM (Christopher Cain, Arizona State University) -
- What is a degree of freedom? Configuration spaces and topology (Juan Margalef Bentabol, University Charles III of Madrid) -
- Dyon Loops and Abelian Instantons (Isabel Garcia Garcia, University of Washington) -
- The universe's awkward phase (Gustavo Joaquin Turiaci, University of Washington) -
- Building up quantum spacetimes with BCFT tensor networks and symmetric quantum RG (Yikun Jian, Northeastern University) -
- Decoding the Mystery of Dark Matter with Celestial Objects (Anupam Ray, UC Berkeley) -
- The speed of sound of nonlinear large-scale structures
(Caio Bastos de Senna Nascimento, University of Washington) - - Predicting the dark matter - baryon abundance ratio (Anson Hook, University of Maryland) -
- Post-inflationary axions (Rudin Petrossian-Byrne, ICTP Trieste) -
- Where are the supermassive black holes measured by PTAs? (Gabriela Sato-Polito, IAS) -
- Generalized Families of QFTs (T. Daniel Brennan, UC San Diego) -
- Coupled Early Dark Energy (Mark Trodden, University of Pennsylvania) -
- Revisiting Standard-Model-induced EDMs (Maxim Pospelov, University of Minnesota) -
- Echoes from ECOs - probing the dark sector with gravitational waves at atom interferometers (Hannah Banks (Dehmelt Fellow Candidate), Cambridge) -
- Shining axions through astrophysical walls (Benjamin Safdi, UC Berkeley) -
- Unveiling Dark Matter through Gravitational Waves (Yue Zhao, University of Utah) -
- The Rich Phenomenology of Confining Dark Sector - Abundance and Detection (Pouya Asadi, University of Oregon) -
- Big Bang Nucleosynthesis: New Physics and New Tools (Cara Giovanetti, New York University) -
- Information, Chaos, and Black Holes: the Central Dogma (Chih-Hung Wu, University of Washington) -
- The evaporation of charged black holes (Luca Iliesiu, UC Berkeley) -
- Cryptographic Censorship (Lisa Yang, MIT) -
- Introduction to Magic Angles in Twisted Bilayer Graphene (Fedor Popov, Stony Brook University) -
- A fresh perspective on superspace and twisted field theories (Fabian Hahner, University of Washington) -
- Holomorphic twist of 4d N=1 gauge theories (Kasia Budzik, Perimeter Institute) -
- Cosmology from the First Year DESI BAO Measurements (Kyle Dawson, University of Utah) -
- Holographic open quantum systems (Mukund Rangamani, UC Davis) -