Seminars
Seminars
Upcoming Events
Petr Navratil - TRIUMF
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PAT C-421
Rahul Somasundaran - Los Alamos National Laboratory
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PAT C-421
Matthias Heinz - Oak Ridge National Laboratory
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PAT C-421
Vittorio Soma - CEA Paris-Saclay
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PAT C-421
Past Events
- "Microscopic optical potential for exotic isotopes from chiral effective field theory" (Jeremy Holt, Texas A&M College Station) -
- TBA (Samu Taulu, UW) -
- "Calculable R-matrix method on a Lagrange mesh for the Schrödinger and Dirac equations" (Daniel Baye, University Libre de Bruxelles) -
- "Low energy reactions in EFT" (Gautam Rupak, Mississippi State University) -
- "Description of few-nucleon collisions by Faddeev-Yakubovsky equations approach" (Rimantas Lazauskas, IPHC) -
- "One-nucleon transfers to resonances" (Ian Thompson, Lawrence Livermore National Laboratory) -
- "The Trouble with the Lattice Axial Charge" (Huey-Wen Lin, Michigan State University) -
- LHC Non-collision Backgrounds (Joe Rothberg, UW Physics) -
- Measurable Learning Objectives Project (Suzanne Brahmia, UW Physics) -
- "Uncertainties of single-beta-decay nuclear matrix elements within an effective field theory for spherical collective nuclei" (Eduardo Coello Perez, Institut für Kernphysik) -
- "Lessons from the Ab initio Symmetry - adapted no-core shell model" (Kristina Launey, Louisiana State University) -
- "Beyond Hauser-Feshbach in the compound nucleus" (George Bertsch, Institute for Nuclear Theory) -
- "The excited state of helium-4 and its relation to its subsystems" (Johannes Kirscher, City College of New York) -
- Soft-Collinear Supersymmetry (Gilly Elor, University of Oregon) -
- Developing Cyclotron Radiation Emission Spectroscopy, a novel technique for nuclear physics (Ben LaRoque, University of California at Santa Barbara) -
- 50 Years of Jet Physics: a Brief and Biased Review (Steve Ellis, University of Washington) -
- Trapped ions for quantum computing and molecular spectroscopy (Gang (Rick) Shu, Georgia Tech) -
- Designing and implementing a new introductory physics course for the life sciences (David Smith, UW Physics) -
- Novel aspects of pairing in multiband systems (Peter Hirschfeld, U. Florida) -
- Measuring g-2 of the electron and positron to test the Standard Model’s most precise prediction (Elise Novitski, Harvard University) -
- Hunting for Dark Matter with Boosted Boson and Higgs in ATLAS (Shih-Chieh Hsu, U. W. Physics) -
- Identification of Single Barium Atoms for the nEXO Neutrinoless Double Beta Decay Experiment (Scott W. Kravitz, Stanford University) -
- Quantum Information meets Quantum Gravity (Ning Bao, Caltech) -
- Extending the reach of ab initio nuclear structure with in-medium SRG (Ragnar Stroberg, TBA) -
- Chaos and transport in the Sachdev-Ye-Kitaev models and AdS2 holography (Kristan Jensen, San Francisco State University) -
- Time-Dependent Density Functional Theory for Nuclear Many-Body Problem (Kazuyuki Sekizawa, TBA) -
- Biophysics of Growth and Shape Control in Bacteria (Tristan Ursell, University of Oregon) -
- Naturalness in the Dark (Nathaniel Craig, UCSB) -
- Results from the Search for eV-Sterile Neutrinos with IceCube (Carlos Arguelles, MIT) -
- Electric Dipole Moment Measurements at Storage Rings (Joerg Pretz, RWTH Aachen University & Forschungszentrum Jülich) -
- Very light dilaton and naturally light Higgs boson (Deog Ki Hong, Pusan National University) -
- "Chiral magnetic effect and anomalous transport - From real-time lattice simulations to chiral kinetic theory" (Niklas Mueller, Institute for Theoretical Physics, Heidelberg University) -
- Exploring the low mass frontier in dark matter direct detection (Tongyan Lin, University of California Berkeley) -
- Laser-cooled Radium and Physics Beyond the Standard Model (Matt Dietrich, Argonne National Laboratory) -
- "Relativistic approach to spin-isospin excitations in nuclei" (Caroline Robin, Western Michigan University) -
- TBA (Josephine Suh, University of British Columbia) -
- "Two-photon exchange corrections in elastic lepton-proton scattering" (Oleksandr Tomalak, Johannes Gutenberg-Universität Mainz (JGU Mainz)) -
- Many-body physics with ultracold atoms and molecules (Alan Jamison, MIT) -
- "Exploring the QCD Phase Diagram with Strangeness" (Johann Rafelski, University of Arizona) -
- "Critical Point and Conserved Charge Fluctuations in Relativistic Heavy Ion Collisions" (Masayuki Asakawa, Osaka University) -
- Emergent Dimensions and Branes from Large-N Confinement (Erich Poppitz, University of Toronto) -
- "A simple framework for multiplicity fluctuations near the QCD critical point" (Maurício Hippert Teixeira, Universidade Federal do Rio de Janeiro) -
- "Existence of the critical endpoint in the vector meson extended linear sigma model" (György Wolf, Wigner RCP) -
- Using Diffusion Monte Carlo to Decode Signatures of Large Amplitude Motions in Molecules and Ions (Anne B. McCoy, University of Washington, Department of Chemistry) -
- Recent Searches for New Particles Decaying with Boosted Topologies in CMS (Professor Robin Erbacher, University of California, Davis) -
- The Fluid Gravity Correspondence at large D (Nathaniel Craig, University of California Santa Barbara) -
- Layered Ferromagnetic and Ferrielectric Materials (Michael A. McGuire, MSTD devision, Oak Ridge National Laboratory) -
- "Initial conditions for heavy-ion collisions at BES energies" (Ulrich Heinz, The Ohio State University) -
- "STAR - Identified particle directed flow" (Subhash Singha, Kent State University) -
- "Fluctuations and Observables" (Vladimir Skokov, RBRC BNL) -