-
15:00
108: Accelerator Probes of Light Dark Matter (keV-GeV)
-
Alexandre Sousa
(University of Cincinnati)
Jaehoon Yu
(University of Texas at Arlington)
-
15:03
109: Determining the Masses and Nature of Neutrinos
-
Carlo Giunti
(INFN)
-
15:06
77: Quantum Sensors for Wave and Particle Detection
-
Enectali Figueroa-Feliciano
(Northwestern University)
-
15:09
124: Lattice Gauge Theory for High Energy Physics
-
Baha Balantekin
(University of Wisconsin)
-
15:12
126: BSM: direct and indirect searches
-
Ian Shoemaker
(Virginia Tech)
-
15:15
61: Energy and Power and Time structure goals for Neutrino Frontier programs
-
Laura Fields
(Fermilab)
-
15:18
81: Neutrinos and Computing: Preservation, Machine Learning, Uncertainties
-
Alex Himmel
(Fermilab)
-
15:21
127: Searches for dark sectors
-
Bryce Littlejohn
(Illinois Institute of Technology)
Ian Shoemaker
(Virginia Tech)
-
15:24
29: Low-energy precision experiments
-
Jason Newby
(Oak Ridge National Laboratory)
-
15:27
51: Requirements for low background and underground detectors
-
Benjamin Jones
(UTA)
-
15:30
97: Neutrinos as Probes of Standard and BSM Particle Physics
-
Baha Balantekin
(University of Wisconsin)
Carlo Giunti
(INFN)
Erin O'Sullivan
(Uppsala University)
Jaehoon Yu
(University of Texas at Arlington)
-
15:33
115: Neutrinos, dark matter, and underground facilities
-
Gabriel Orebi Gann
(UC Berkeley / LBNL)
-
15:36
110: Baryon and Lepton Number Violating processes
-
Lisa Koerner
(University of Houston)
-
15:39
137: High and ultrahigh energy neutrino experiments
-
David Schmitz
(University of Chicago)
Erin O'Sullivan
(Uppsala University)
-
15:42
119: HEP Workforce, Careers and Training