Seminars
Seminars
Past Events
- Microscopic uncertainties in the standard solar model (Doron Gazit, Racah Institute of Physics & Hebrew University of Jerusalem, Israel) -
- Probing the Dark Sector: The Quest for a Background-Free Detector (Daniel Baxter, Northwestern University) -
- "New constraints on the neutron-star-matter Equation of State" (Tyler Gorda, Helsinki Institute of Physics) -
- First observation of coherent elastic neutrino-nuclear scattering with COHERENT (Jason Detwiler, University of Washington) -
- Searching for SUSY with ATLAS, and Beyond with MilliQan (Maximilian Swiatlowski, University of Chicago) -
- Physics at Intellectual Ventures (Fred Sharifi, Advanced Physics Laboratory, Intellectual Ventures) -
- Bounds on new physics from electric dipole moments (Martin Jung, Technical University of Munich, Germany) -
- Electron-electron interaction driven phenomena in carbon nanotube devices (Ethan Minot, Oregon State University) -
- Voronoi Tessellations and Machine Learning in Phase Space (Jamie Gainer, University of Hawaii at Manoa) -
- Inspiral, kaboom and bling: New insights from the first multi-messenger observations of a neutron star merger. (Sanjay Reddy, INT / University of Washington) -
- Search for the electric dipole moment of the neutron (Guillaume Pignol, Université Grenoble Alpes) -
- Supernova Bounds on Light Hidden Sectors (Sam McDermott, SUNY) -
- Does Greed Help a Forager to Survive? (Sid Redner, Santa Fe Institute) -
- Studying inflation with Large scale structures: Life on the non-Gaussianity Frontier (Oliver Dore, TBA) -
- High Energy Circular Electron Positron Collider (CEPC) - Challenges and Opportunities (Xinchou Lou, Institute of High Energy Physics, Beijing, China - University of Texas at Dallas) -
- Dark Kinetic Heating of Neutron Stars and An Infrared Window On WIMPs, SIMPs, and Pure Higgsinos (Nirmal Raj, University of Oregon) -
- The neutron lifetime: a haiku (Daniel Salvat, University of Washington) -
- New York Times was wrong, and the gravitational anomaly has not been discovered in Weyl metals. What is next? (Boris Spivak, University of Washington) -
- Dark Matter Co-annihilating with a Top/Bottom Partner with effects of bound states (Wai Yee Keung, University of Illinois at Chicago) -
- Coulomb blockade effect in proximitized nanowires (Roman Lutchyn, Microsoft Station Q) -
- "Gluon TMDs" (Cristian Pisano, University of Pavia) -
- "Relating TMDs and collinear factorization" (Leonard Gamberg, Penn State Berks) -
- "QCD Color Propagation in Matter and in the Vacuum" (William Brooks, Universidad Tecnica Federico Santa Maria) -
- "Extraction of structure functions and TMDs from azimuthal asymmetries in SIDIS" (Harut Avagyan, Jefferson Lab) -
- "Mapping the correlation functions of TMD factorization to the description of electroweak processes in the Pythia Monte Carlo Event Generator" (Markus Diefenthaler, Jefferson Lab) -
- "Phenomenology of TMDs and TMD evolution with special focus on the interface between perturbative and non perturbative aspects" (Mariaelena Boglione, University of Torino) -
- "Heavy quarkonium production at EIC energies" (remote talk) (Jianwei Qiu, Jefferson Lab) -
- "SIDIS measurements at JLab12" (Patrizia Rossi, Jefferson Lab) -
- "Lessons learnt on TMD measurements at HERMES" (Gunar Schnell, University of the Basque Country) -
- "Evaluating the final-state effects in SIDIS experiments with a polarized He3 target" (Giovanni Salmè, Istituto nazionale di Fisica Nucleare) -
- "Connections between TMD and collinear (twist-3) transverse-spin observables" (Daniel Pitonyak, Penn State Berks) -
- "The transverse momentum distribution of hadrons inside jets" (Felix Ringer, Lawrence Berkeley National Laboratory) -
- "Di-lepton productions with SoLID" (Zhiwen Zhao, Duke University) -
- "Gluon GPDs of hadrons" (Phiala Shanahan, Massachusetts Institute of Technology) -
- "Gluon Wigner (or GTMD) distribution, gluon orbital angular momentum, DVCS at small-x" (Yoshitaka Hatta, Kyoto University) -
- "A new decomposition of the hadron mass" (Cédric Lorcé, École polytechnique) -
- "Overview of SoLID Program" (Jian-ping Chen, Jefferson Lab Accelerator Facility) -
- Leveraging Advances in Computational Electrodynamics to Enable New Kinds of Nanophotonic Devices (Ardavan Oskooi and M.T. Homer Reid, Simpetus and MIT) -
- "L/T and flavor separation in pi0 electroproduction" (Julie Roche, Ohio University) -
- "TMDs on the Lattice" (Michael Engelhardt, New Mexico State University) -
- "Studying GPDs with SoLID" (Zhihong Ye, Argonne National Lab) -
- "Recent results on DVCS from Hall A at JLab" (Carlos Munoz Camacho, IPN-Orsay) -
- "Neutron star mergers" (Luke Bovard, Goethe Universitaet) -
- "Neutron star mergers" (Chris Fryer, Los Alamos National Lab) -
- "Neutron star mergers" (David Radice, Princeton University) -
- "Neutron star mergers" (Luke Roberts, Michigan State University) -
- "Radiative transfer in NS mergers" (Aimee Hungerford, Los Alamos National Lab) -
- "Equation of state of neutron star matter" (James Lattimer, Stony Brook University) -
- "Simulations of neutron star mergers" (Steve Liebling, Long Island University) -
- "Nuclear physics effects in post-merger evolution" (Marius Eichler, TU Darmstadt) -