The Promise of Neutrino Detection at the SNS

Explore the fascinating world of neutrino detection at the Spallation Neutron Source (SNS) in this 43-minute lecture by Ed Hungerford, Professor of Physics at the University of Houston. Delve into the properties of neutrinos and their origins from fixed stars and supernovas. Examine charge current and neutral current cross sections, and understand the importance of low threshold detection. Learn about the experimental setup, including water tanks and neutron beams, used to study these elusive particles. Discover the challenges and advancements in neutrino measurements, including reactor neutrino experiments. Gain insights into the funding aspects and student involvement in neutrino research. Investigate the optimization techniques for neutron detection and the intricacies of neutron flux and beam transport lines in this comprehensive overview of cutting-edge neutrino physics.

Introduction
Neutrinos
Fixed Stars
Supernovas
Explosions
Charge Current Cross Section
Neutral Current Cross Section
Charge Current
Low Threshold
Water Tank
Neutron Beam
Reactor Neutrino
Neutrino Measurements
Funding
Students
Optimization for Neutrons
Flux of Neutrons
Beam Transport Line