David Weinberg (OSU) "Cosmology Past, Present, and Future" I will give a broad overview of the current state of observational cosmology, with historical context and an eye to the future. Developments over the past three decades have led to a …
David Weinberg (OSU) “Cosmology Past, Present, and Future” Read More »
Abstract: Events containing disappearing tracks originating from the decay of a heavy and electrically charged long-lived particle to a pair of undetectable particles are key to the discovery of compelling minimal dark matter models at collider experiments. This talk will …
Federico Meloni (DESY) Hunting Wino and Higgsino Dark Matter at the Muon Collider Read More »
Abstract: As part of the Phase 2 upgrade of the ATLAS detector to ready it for operation at the High-Luminosity LHC the inner tracking system will be replaced by an all silicon Inner Tracker (ITk). The Pixel and Strip system …
Abstract: The high luminosity upgrade of the Large Hadron Collider (LHC), scheduled for 2025-2027, will significantly increase the instantaneous luminosity of the LHC collisions. The resulting large proton-proton collision datasets will allow precise measurements of Higgs boson properties, searches for …
Louise Skinnari (Northeastern) Track-triggering at CMS for the High-Luminosity LHC Read More »
Abstract: The Forward Search Experiment (FASER) is the newest experiment at the LHC, approved in 2019 and recently installed into the CERN LHC complex. It is a small and inexpensive experiment placed 500 meters downstream of the ATLAS interaction point. …
Jamie Boyd (CERN) The FASER Experiment at the CERN LHC: Looking Forward to New Physics Read More »
ABSTRACT: The Dirac equation predicted that the g-factor of spin 1/2 particles be 2, but in 1948 Julian Schwinger calculated that quantum electrodynamics (QED) fluctuations increase the electron and muon g-factor such that the anomaly a_(μ) = (g_(μ) − 2)/2 = α/2π at first order. …
Alberto Lusiani (INFN) “Muon magnetic anomaly measurement to 0.46 ppm at FNAL” Read More »
ABSTACT: It is time to start thinking about the next-next generation of colliders, that is, colliders that access the multi-10-TeV region of parton center of mass energies. The discussion has already begun with consideration of FCC-hh and muon colliders, but …
Michael Peskin (SLAC) ” A Gamma-Gamma Collider for Multi-10-TeV Physics” Read More »
Joint Nuclear Science and Physics Division Seminar on muon g-2 Tuesday, April 27, 10:30am - 12:45pm Zoom Meeting Link Meeting ID: 927 0993 8569 Passcode: 843893 We are having a special seminar followed by a panel discussion on the recent …
SPECIAL RPM | Joint Nuclear Science and Physics Division Seminar on muon g-2 Read More »
Abstract: Theoretical predictions of the properties and dynamics of quantum many-body systems of importance to High-energy and nuclear physics research are anticipated to require, in many instances, beyond classical computational resources. Such systems may be amenable to quantum simulations in …
Martin Savage (University of Washington) “Quantum Simulations for HEP and NP” Read More »
Abstract: Measurements of the universe's present-day expansion rate, or the Hubble constant (H0), that use a Cepheid variable star calibration of Type Ia supernovae (SNe Ia) are in >4σ disagreement with values predicted by the standard, Lambda cold dark matter …