Donatella Lucchesi (INFN) “”Muon Collider: A Window to the Future””

Zoom Talk 50A-5132, Berkeley, ca

Abstract: Muon colliders represent a highly attractive option for future collider thanks to the possibility to reach very high center of mass energy, high luminosity with reasonable costs and dimensions. Nevertheless, the feasibility is not yet fully demonstrated and presents …

Donatella Lucchesi (INFN) “”Muon Collider: A Window to the Future”” Read More »

Matt Klein (Michigan) “Search for Higgs boson decays to bottom quarks in the vector boson fusion production mode”

ABSTRACT: The Higgs boson is expected to decay to bb approximately 58% of the time. Despite the large branching fraction, due to the large background from SM events with b-jets, measuring this decay has been less precise than other, less …

Matt Klein (Michigan) “Search for Higgs boson decays to bottom quarks in the vector boson fusion production mode” Read More »

Aniruddha Bapat (University of Maryland, College Park) “Variational Quantum Optimization in the NISQ Era”

Zoom Talk 50A-5132, Berkeley, ca

ABSTRACT: Quantum information science in the coming decade will likely be carried out on noisy devices consisting of ~100-1000 qubits that do not share full interconnectivity. In this so-called NISQ regime, variational quantum algorithms, which tackle a wide range of …

Aniruddha Bapat (University of Maryland, College Park) “Variational Quantum Optimization in the NISQ Era” Read More »

Michael Kreshchuk (Tuft University) “Quantum simulation of relativistic field theories in the front form”

Zoom Talk 50A-5132, Berkeley, ca

Abstract:  I will talk about quantum simulation algorithms based on the light-front formulation of quantum field theory. They will range from ab initio simulations with nearly optimal resource scalings to VQE-inspired methods available for existing devices.My work is greatly inspired …

Michael Kreshchuk (Tuft University) “Quantum simulation of relativistic field theories in the front form” Read More »

Xinran Li (Princeton University) “The energy resolution and the energy deposition processes in noble liquid dark matter detectors”

Zoom Talk 50A-5132, Berkeley, ca

Abstract:  Noble liquid detectors, especially liquid argon and liquid xenon time projection chambers (TPCs) have been developed and improved during the last decades. They produced the best limits in the search for one of the best motivated dark matter candidates, …

Xinran Li (Princeton University) “The energy resolution and the energy deposition processes in noble liquid dark matter detectors” Read More »

Dylan Temples (Northwestern University) New Directions in Liquid Noble Dark Matter Searches: Probing the Sub-GeV Regime

Zoom Talk 50A-5132, Berkeley, ca

Abstract:  The most sensitive searches for dark matter (DM) with mass above ~10 GeV/c2 use the dual-phase xenon time-projection chamber (LXe-TPC) technology. In the U.S., development of this technology is spearheaded by the LUX-ZEPLIN experiment, with first science data coming …

Dylan Temples (Northwestern University) New Directions in Liquid Noble Dark Matter Searches: Probing the Sub-GeV Regime Read More »

Digvijay Wadekar (New York University) “Accelerating analysis of cosmological surveys with novel analytic methods and machine learning”

Zoom Talk 50A-5132, Berkeley, ca

- Abstract:  In order to infer cosmological parameters from data of upcoming surveys like DESI, we will use summary statistics such as the power spectrum. An accurate estimate of their covariance matrix is crucial for the inference analysis. The traditional process …

Digvijay Wadekar (New York University) “Accelerating analysis of cosmological surveys with novel analytic methods and machine learning” Read More »