Seminars
Seminars
Upcoming Events
Sebastian Grieninger, University of Washington
PAT C-421
Patrick Rall, IBM Quantum
PAT C-421
Joshua Labounty, University of Washington
PAT C-421
Past Events
- Topology and exotic orders in quantum solids (Ying Ran, Boston College) -
- Symmetric tensor networks--- algorithms to sharply identify classes of quantum phases distinguishable by short-range physics (Ying Ran, Boston College) -
- "Magnetic properties of light nuclei from lattice QCD" (Brian Tiburzi, City College of New York) -
- Quantum Hall Matrix Models (David Tong, University of Cambridge) -
- "Towards an understanding of clustering in nuclei" (Ulf Meißner, HISKP) -
- "From EFTs to nuclei" (Thomas Papenbrock, University of Tennessee) -
- "Nuclear physics from QCD: new questions and future directions" (Martin Savage, Institute for Nuclear Theory) -
- "Medium-mass isotopes from chiral and lattice QCD interactions" (Carlo Barbieri, University of Surrey) -
- Ultrafast Dynamics of Quasiparticle Formation in Structurally Tunable Materials (Susan L. Dexheimer, Washington State University) -
- QGP in the Universe and in the Laboratory (Johann Rafelski, University of Arizona) -
- "N3LO NN interaction adjusted to light nuclei in ab exitu approach" (Youngman Kim, IBS) -
- Black Hole Evaporation in the BFSS Model (Evan Berkowitz, Lawrence Livermore National Laboratory) -
- "QMC for neutron matter and cold atoms" (Aurel Bulgac, University of Washington) -
- "Recent Results in Nuclear Lattice Effective Field Theory" (Dean Lee, NC State University) -
- "Two-Nucleon Higher Partial-Wave Scattering from Lattice QCD" (Evan Berkowitz, LLNL) -
- "Nuclear structure and the proton radius puzzle" (Nir Nevo Dinur, TRIUMF) -
- The Quantum-Dot-Confined Dark Exciton as a Semiconductor Spin Qubit (Emma Schmigdall, University of Washington) -
- "Hyperon-nucleon interaction from lattice QCD and hypernuclear few-body problem" (Hidekatsu Nemura, University of Tsukuba) -
- "Deconfinement Transition at High Isospin chemical Potential and Low Temperature" (Srimoyee Sen, University of Arizona) -
- Searching for new Physics with Boson Decays (Daniel Stolarski, Carleton University) -
- "The electroweak structure of A=2, 3 nuclei" (Doron Gazit, Hebrew University) -
- "Multiscale Monte Carlo Equilibration" (Michael Endres, Massachusetts Institute of Technology) -
- "Universal aspects of weakly bound two-neutron halo nuclei" (Tobias Frederico, Inst. Tecnologico Aeronautica) -
- "Electroweak structure of light nuclei" (Saori Pastore, Argonne National Laboratory) -
- "Light nuclei and neutron matter with chiral EFT Hamiltonians" (Stefano Gandolfi, LANL) -
- An Interacting Topological Crystalline Insulator (Bela Bauer, Microsoft) -
- Illuminating the Darkness with LUX and LZ: Results and Prospects (Tomasz Biesiadzinski, SLAC National Accelerator Laboratory) -
- "Exotic Glue in nuclei? Double helicity flip gluonic operators in lattice QCD" (Phiala Shanahan, Massachusetts Institute of Technology) -
- "Toward a new effective interaction in energy density functional theory" (Chiehjen Yang, IPN Orsay) -
- "Baryon Interactions from Lattice QCD with physical masses" (Takumi Doi, RIKEN) -
- "Determining hadronic contributions to g-2 through lattice simulations" (Antonin Portelli, University of Edinburgh) -
- "The three nucleon system at leading order of chiral effective theory" (Young-Ho Song, Institute for Basic Science) -
- "Three-Body Systems with Short-Range Interactions" (Jared Vanasse, Ohio University) -
- "Effective theory for lattice nuclei" (Lorenzo Contessi, Università degli studi di Trento) -
- TBA (Jared Evans, University of Illinois) -
- "Gradient flow for chiral interactions" (David Kaplan, Institute for Nuclear Theory) -
- "Baryon interaction from Luscher's finite volume method and HAL QCD method" (Takumi Iritani, Stony Brook University) -
- "Effective theory of 3H and 3He" (Sebastian Koenig, The Ohio State University) -
- "Infinite nuclear a matter: a testing ground for chiral nucleon-nucleon force" (Luigi Coraggio, Istituto Nazionale di Fisica Nucleare) -
- "Quantum Monte Carlo Calculations of Light Nuclei with Chiral Interactions" (Joel Lynn, Technische Universität Darmstadt) -
- "Overview of the HAL QCD potential method and recent results" (Sinya Aoki, Kyoto University) -
- "Applying Twisted Boundary Conditions for Few-body Nuclear Systems" (Christopher Koerber, Forschungszentrum Juelich) -
- "A Geometric Solution to the Sign Problem" (Neill Warrington, University of Maryland College Park) -
- "Nucleon Polarisabilities: Chiral EFT and Lattice Perspectives of Data -- With Uncertainties" (Harald W Griesshammer, George Washington University) -
- The diphoton mystery at the discovery machine (Patrick Draper, UC Santa Barbara) -
- "Pionless EFT for Few-Body Systems" (Betzalel Bazak, IPNO, Orsay) -
- "Quantum Monte Carlo Calculations of Two Neutrons in Finite Volume" (Philipp Klos, TU Darmstadt) -
- "Ab Initio Unified Approach to Nuclear Structure and Reactions" (Petr Navratil, TRIUMF) -
- "Ab Initio Nuclear Structure Theory: Beyond the Ordinary" (Robert Roth, TU Darmstadt) -
- "Lattice-QCD studies of the H-dibaryon" (Hartmut Wittig, Institute for Nuclear Physics) -