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Lecture
Radiation Detection: Introduction
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Particle Interactions: Forces and Newton's Laws
Explores particle interactions, forces, Newton's laws, and the center of mass in systems.
Ceramic Powders: Electrostatic Repulsion and Steric Stabilization
Explores electrostatic repulsion, steric stabilization, and the rheology of ceramic powders.
Fundamental Forces: Gravitational and Electromagnetic Interactions
Explores gravitational and electromagnetic forces, particle interactions, and magnetic field effects.
Quantum Field Theory: Fundamentals and Applications
Introduces Quantum Field Theory, covering paths to QFT, fields, weak interactions, and the Standard Model of particle Physics.
Elementary Particles: Decays and Properties
Explores elementary particle decays, stability, lifetimes, and properties measurement through kinematic reconstruction and experimental examples.
Interaction of Radiation with Matter: Part 1
Covers the interaction of radiation with matter, focusing on charged particles and radiation types.
Forces in Physics
Explores fundamental forces in physics, including gravity, electromagnetism, friction, and deformation.
Symmetries in Particle Physics
Explores symmetries in particle physics, covering parity, charge conjugation, fermion quantum numbers, chirality, and their applications in understanding particle interactions.
Large-area sensors: Devices and Applications
Explores the principles and applications of large-area sensors, including flat panel imagers and X-ray imaging.
Detectors: Particle Detection and Technologies
Explores particle detection methods, ionization processes, tracking detectors, scintillation, and calorimeters in particle physics experiments.
