Seminars
Seminars
Past Events
- The Rich Phenomenology of Confining Dark Sector - Abundance and Detection (Pouya Asadi, University of Oregon) -
- Geometric Response of Generalized Landau Levels and Moire Materials (Jie Wang, Temple University) -
- Low-energy photodisintegration of light nuclei in Halo EFT (Winfried Leidemann, Università di Trento) -
- Fault Tolerance with Dynamical Codes (Daniel Gottesmann, University of Maryland) -
- Three-body dynamics via lattice QCD: a review and outlook (Raul Briceno, UC Berkeley) -
- Relativistic three particle scattering amplitudes with non zero angular momentum (Caroline Silva Rocha Costa, Jefferson Lab) -
- Big Bang Nucleosynthesis: New Physics and New Tools (Cara Giovanetti, New York University) -
- Exploring universality with a many-body density functional (Giuseppina Orlandini, Università di Trento) -
- Effective description of shallow states and the three-body parameter (Alejandro Kievsky, INFN) -
- An adiabatic hyperspherical approach to few-body systems in Atomic and nuclear Physics (Michael Higgins, Purdue University) -
- Lepton-neutron interaction and low energy scattering (Jaume Carbonell, Université Paris-Saclay & IJCLAB) -
- Quantum Networks Using Single Rare‐Earth Ions (Sophie Hermans, Caltech/TU Delft) -
- Antiproton-nucleus annihilation in optical models (Pierre-Yves Duerinck, University libre de Bruxelles) -
- 24-3 Program Talk (Chris Greene, Purdue University) -
- Surrogate Constructed Scalable Circuits ADAPT-VQE: A state preparation method for lattice field theories (Erik J. Gustafson, Research Institute for Advanced Computer Science, Mountain View) -
- Universal or not? EFT insights into two-neutron halos and Lithium-6 (Daniel Phillips, The Ohio University) -
- Confinement-induced unatomic trimers (Tobias Frederico, Instituto Tecnológico de Aeronáutica) -
- Information, Chaos, and Black Holes: the Central Dogma (Chih-Hung Wu, University of Washington) -
- Exploring fundamental physics with quantum information science (J. M. Taylor, JQI/QuICS/NIST) -
- Schrödinger-symmetry deformations at large-charge (Silas Beane, University of Washington) -
- Discrete scale invariance in charged particles (Yusuke Nishida, Tokyo Institute of Technology) -
- Nonrelativistic conformal field theory and nuclear reactions (Dam Thanh Son, University of Chicago) -
- Halo nuclei and multi-neutron correlations (Hans-Werner Hammer, TU Darmstadt) -
- Solitonic mBEC bifurcation in momentum space with a shaken lattice (Kaiyue Wang, Georgia Tech) -
- The evaporation of charged black holes (Luca Iliesiu, UC Berkeley) -
- Classical and Quantum Computing of Shear Viscosity for 2+1D SU(2) Gauge Theory (Xiaojun Yao) -
- LEGEND: Search for neutrinoless double beta decay in 76Ge (Louis Varriano, University of Washington) -
- Machine Learning for Ge-Based Neutrinoless Double-Beta Decay (Julieta Gruszko, UNC Chapel Hill ) -
- Quantum Magic and Entanglement in Shell Model Nuclei (Federico Rocco, Bielefeld University) -
- Hybrid quantum symulations of dynamics (Kyle Wendt, LLNL) -
- A narrow magic window for ultraflat bands and emergent heavy fermions near the magic angle in twisted bilayer graphene (Shaffique Adam, Washington University in St Louis) -
- Improved Actions for Short-Range Effective Field Theory (Bira van Kolck, ECT*) -
- Two Nucleons Near Unitarity with Perturbative Pions: Persistence vs Chiral Symmetry (Harald Griesshammer, George Washington University) -
- What cannot be learned in the quantum universe? (Hsin-Yuan (Robert) Huang, Google Quantum AI and Caltech) -
- Classical and Quantum Computing of Shear Viscosity (Xiaojun Yao, IQuS / University of Washington) -
- Entanglement, Complexity and Quantum Simulations of Nuclear Many-Body Systems (Caroline Robin, Bielefeld University & GSI Darmstadt) -
- Cryptographic Censorship (Lisa Yang, MIT) -
- Scalable Quantum Circuits for Confining Theories - Simulating the Schwinger Model using more than 100 qubits and One Trillion CNOT Gates (Martin Savage, IQuS / University of Washington) -
- Quantum-Classical hybrid schemes for Non-Perturbative simulation of nuclear scattering (Francesco Pederiva, Università di Trento) -
- State Preparation and Linear Response on Quantum Computers (Joe Carlson, LANL) -
- Exploring universality with a many-body density functional (Giuseppina Orlandini, Università di Trento) -
- New opportunities with defects in superconducting qubits (Mo Chen, UW MSE) -
- Analytic three-body scattering amplitudes from Lattice QCD (Sebastian Dawid, University of Washington) -
- Probing the Lifetime Frontier with the ATLAS Inner Detector (Jackson Carl Burzynski, Simon Fraiser) -
- Loop-string-hadron approach to SU(3) lattice Yang-Mills theory: Gauge invariant Hilbert space of a trivalent vertex (Jesse Stryker, Lawrence Berkeley National Laboratory) -
- Four-body scattering and reactions close to the unitary limit, and a quasi-analytical parametrization of inter-cluster potential with constituent interactions (Johannes Kirscher, SRM University AP) -
- Quantum dynamics of the transverse field Ising model (Felix von Oppen, Freie Universität Berlin) -
- Introduction to Magic Angles in Twisted Bilayer Graphene (Fedor Popov, Stony Brook University) -
- Large Nc and Low-Energy Nucleon Nucleon Interactions (Roxanne Springer, Duke University) -
- Probing exotic phases of matter with (scanning) microwave techniques (Taige Wang, UC Berkeley) -