INT
INT
Past Events
- "On-shell effective field theory: A new tool in thermal field theory" (Cristina Manuel, Instituto de Ciencias del Espacio (CSIC-IEEC)) -
- "Holographic hydrodynamics of gauge theory plasma: Beyond large-N and beyond Navier–Stokes" (Alex Buchel, Western University/Perimeter Institute) -
- "Dissipation from the analytically continued 1 PI effective action" (Stefan Floerchinger, University of Heidelberg) -
- "Transport phenomena in strong magnetic fields" (Koichi Hattori, Fudan University) -
- "The Photon PDF" (Aneesh Manohar, University of California, San Diego) -
- Astro-Solids, Dense Matter, and Gravitational Waves (Please find Agenda in link, URL in Abstract section) -
- Astro-Solids, Dense Matter, and Gravitational Waves (Please find Agenda in link, URL in Abstract section) -
- Astro-Solids, Dense Matter, and Gravitational Waves (Please find Agenda in link, URL in Abstract section) -
- Astro-Solids, Dense Matter, and Gravitational Waves (Please find Agenda in link, URL in Astract section) -
- Astro-Solids, Dense Matter, and Gravitational Waves (Please find Agenda in link, URL in Abstract section) -
- "Charge-exchange modes and weak-interaction processes in Relativistic Nuclear Field Theory" (Caroline Robin, Institute for Nuclear Theory) -
- "Double-gamma decay process with the gamma-tracking array AGATA: possible links with 2b0v" (Jose Javier Valiente Dobon, INFN) -
- "Experimentally determined nuclear-structure properties of 0v2b-decay candidates" (Benjamin Kay, Argonne National Laboratory) -
- "Correlation Functions and the Nuclear Contact Formalism" (Axel Schmidt, MIT) -
- "Evaluation of the Theoretical Nuclear Matrix Elements for Double Beta Decay of 76Ge" (B. Alex Brown, Michigan State University) -
- "Nuclear structure studies in A=136 relevant for the neutrinoless double beta decay of 136Xe --> 136Ba" (Bernadette Maria Rebeiro, University of the Western Cape) -
- "Novel approaches to the nuclear physics of double-beta decay: charge-exchange, mass measurements, muon-capture" (Dieter Frekers, Universität Münster) -
- "Ab initio calculations of double beta decay and WIMP-Nucleus scattering" (Jason Holt, TRIUMF) -
- "Why neutrino emission is critical for astronomical constraints on dense matter" (Andrew Steiner, UTK/ORNL) -
- "Neutrino-nucleus interaction" (Ulrich Mosel, University of Giessen) -
- "Neutrino cross sections for future oscillation experiment" (Artur Ankowski, Stanford University) -
- "Path-Integral Approaches to Quasielastic Response" (Joseph Carlson, Los Alamos National Laboratory) -
- "An introduction to nuSTORM; opportunity for nuclear and oscillation physics?" (Kenneth Long, Imperial College London/STFC) -
- "Two-body currents in WIMP-nucleon scattering" (Martin Hoferichter, Institute of Nuclear Theory) -
- "Electroweak properties of light nuclei" (Saori Pastore, Los Alamos National Laboratory) -
- "Local chiral interactions for QMC simulations of matter and nuclei" (Ingo Tews, Institute for Nuclear Theory) -
- "A novel approach to compute the momentum space partial wave expansion of currents" (Kyle Wendt, Lawrence Livermore National Laboratory) -
- "Two-body currents in double-beta decay" (Jonathan H. Engel, University of North Carolina) -
- INT-JINA Symposium: First multi-messenger observations of a neutron star merger and its implications for nuclear physics (Please find Agenda in link, URL in Abstract section) -
- "A (proposed) solution to the puzzle of quenched beta-decays" (Gaute Hagen, Oak Ridge National Laboratory) -
- "Treatment of relativistic effects in lepton-nucleus scattering processes" (Noemi Rocco, University of Surrey) -
- INT-JINA Symposium: First multi-messenger observations of a neutron star merger and its implications for nuclear physics (Please find Agenda in link, URL in Abstract section) -
- "Small bits of cold, dense matter" (Alessandro Roggero, Los Alamos National Laboratory) -
- INT-JINA Symposium: First multi-messenger observations of a neutron star merger and its implications for nuclear physics (Please find Agenda in link, URL in Abstract section) -
- Neutrino detection and interactions: challenges and opportunities (Please find Agenda in link, URL in Abstract section) -
- Neutrino detection and interactions: challenges and opportunities for ab-initio nuclear theory (Please find Agenda in link, URL in Abstract section) -
- Neutrino detection and interactions: challenges and opportunities for ab-initio nuclear theory (Please find Agenda in link, URL in Abstract section) -
- Neutrino detection and interactions: challenges and opportunities for ab-initio nuclear theory (Please find Agenda in link, URL in Abstract section) -
- Neutrino detection and interactions: challenges and opportunities for ab-initio nuclear theory (Please find Agenda in link, URL in Abstract section) -
- "Towards chiral three-nucleon forces in heavy nuclei" (Victoria Durant, Technical University Darmstadt) -
- "Microscopic optical potential from NN chiral potentials" (Carlotta Giusti, University of Pavia) -
- "From dilute matter to the equilibrium point in the energy-density-functional theory" (Marcella Grasso, Institute of Nuclear Physics Orsay) -
- "Nuclear Many-Body Theory for Neutron Star Mergers" (Corbinian Wellenhofer, Technical University Darmstadt) -
- "From light nuclei to neutron matter within chiral dynamics" (Maria Piarulli, Argonne National Laboratory) -
- "Nuclear and Nucleon Matter Constraints on Three-Nucleon Forces" (Robert Wiringa, Argonne National Laboratory) -
- Multi-Hadron Systems from Lattice QCD (Please find Agenda in link, URL in Abstract section) -
- "QCD phases at high densities and compact stars" (Armen Sedrakian, Frankfurt Institute for Theoretical Physics, Geothe University) -
- Multi-Hadron Systems from Lattice QCD (Please find Agenda in link, URL in Abstract section) -
- Multi-Hadron Systems from Lattice QCD (Please find Agenda in link, URL in Abstract section) -
- Multi-Hadron Systems from Lattice QCD (Please find Agenda in link, URL in Abstract section) -