Accelerate, Collide, Detect

Explore the cutting-edge world of particle physics in this hour-long lecture by Nobel Laureate Barry Barish, recorded at the 2016 World Science Festival in New York City. Delve into the fundamentals of particle physics, the quantum universe, and the evolution of the field since the 1970s. Examine the inner workings of CERN and compare proton and electron accelerators. Gain insights into the Standard Model, linear machines, and the groundbreaking discovery of the Higgs boson. Learn about supersymmetry, superconductivity, and the intricate components of particle accelerators, including damping rings, polarized electron sources, and pixel detectors. Discuss the future of particle physics, including potential developments in Japan and China, and explore emerging technologies like plasma accelerators. Enhance your understanding with the associated free online course available through World Science U.

Introduction
What is particle physics
The Quantum Universe
The 1970s
CERN
Proton vs Electron
History
Standard Model
Linear Machine
Schematic
Scale
Comparison
Higgs
Spin Zero
Supersymmetry
Superconductivity
Shape
Luminosity
Beam Size
Business End
Double Tunnel
Damping Ring
positrons
polarized electron source
pushpull system
pixel size
Higgs particle
Separate particles
Separate jets
Japan
China
The end of particle physics
Plasma accelerators
Plasma focus beams