Explore the cutting-edge developments in far detectors at the Large Hadron Collider (LHC) in this 45-minute conference talk by Jamie Boyd. Delve into topics such as long-lived particles, weak couplings, Higgs bosons, and light shining through walls. Examine novel experiments for fundamental physics, including the Physics Beyond Colliders program, PHASER, ANUBIS, and CODEX-b. Learn about neutrino detectors, forward physics facilities, and the potential for discovering new physics beyond the Standard Model. Gain insights into cross-section measurements, dark QCD, and kinetic mixing. Understand the challenges and opportunities in detecting elusive particles and exploring new frontiers in particle physics research.
Overview
Syllabus
Intro
Welcome
Longlived particles
Weak couplings
Higgs bosons
Light shining through wall
Physics Beyond Colliders
Phaser
Phaser progress
Phaser extension
Methuselah
Anubis
Atlas
Codex B
Codexp
Millican
demonstrator detector
neutrino detectors
forward physics facility
neutrino detector
fpf
Conclusion
References
Questions
Neutron backgrounds
Primary interaction point
Phaser nu
SMD
Crosssection measurements
A revolution
No more gauge theories
Dark QCD
Magnetic field
Kinetic mixing
Taught by
Kavli Institute for Theoretical Physics
