Coursera Spring Sale
40% Off Coursera Plus Annual!
Grab it
Explore advanced neutrino physics research in this high-energy physics seminar presented by Peter Denton from Brookhaven National Laboratory. Discover how CP violation in the lepton sector can be probed through neutrino disappearance experiments, specifically by combining data from JUNO electron neutrino measurements with DUNE or Hyper-Kamiokande muon neutrino observations. Learn about the potential for discovering CP violation using disappearance mode experiments alone, including the statistical significance thresholds that may be achieved for different values of the CP-violating phase delta. Examine the computational challenges facing neutrino oscillation experiments entering the precision era, where accurate confidence interval estimation requires extensive Monte Carlo simulations with repeated oscillation probability calculations in matter. Understand the development and implementation of NuFast, a new computational technique optimized for calculating neutrino oscillation probabilities in matter with enhanced speed and precision for long-baseline experiments. Review preliminary applications of this methodology to atmospheric and solar neutrino studies, providing insights into the future of precision neutrino physics measurements and data analysis techniques.
