This course covers the transition from anomalies to precision studies in neutrino physics, focusing on topics such as solar neutrinos, terrestrial neutrino oscillations, geoneutrinos, reactor neutrino oscillation experiments, and completing the 3-neutrino oscillation picture. The teaching method involves a lecture by Dr. Karsten M. Heeger, emphasizing Stuart Freedman's contributions to the field. The intended audience includes individuals interested in experimental studies in weak interactions and the scientific legacy of Stuart Freedman.
Overview
Syllabus
Intro
From Anomalies to Precision Studies
Solar Neutrinos
Solar Neutrino Deficit
8B and the Solar Neutrino Spectrum
Solar Neutrino Problem and SNO
Terrestrial Neutrino Oscillations
KamLAND Highlights
Measurement of Fundamental Oscillation Parameter Mass Splittings
Geoneutrinos from Earth nature
Reactor Neutrino Oscillation Experiments
Studies Towards a US Reactor @13 Experiment
Completing the 3-v Oscillation Picture
Reactor Neutrinos
A Decade Of Discoveries Precision Studies at the Neutrino Frontier
Taught by
APS Physics
