Introductory survey. Conservation laws. Basic reaction theory. Feynman diagrams. Lorentz invariance. One particle states. Binary reactions. Determination of mass. Scattering theory the S-matrix, decay rate, scattering cross-section. Charge conjugation. Determination of spin and parity of particles.
The quark model. Hadron spectroscopy. Electroweak interaction of quarks. The Higgs mechanism. Deep inelastic scattering. Neutrino physics. Neutrino oscillations.
Recommended prerequisites: Relativity Theory. Advanced Quantum Mechanics. Relativistic Quantum Physics recommended. If the course is discontinued, students may request to be examined during the following two academic years.
INL1 - Assignments, 4. The Particle Physics Program. How to Calculate Amplitudes. Scattering of Leptons and Photons. The Constituent Quark Model. The Full Color Gauge Theory. Weak Interactions of Fermions.
Weak Mixing Phenomena. Large Cross Section Processes. Scattering with Large Momentum Transfer. Physics at Higher Energies. Appendix A. Pearson offers affordable and accessible purchase options to meet the needs of your students.
Connect with us to learn more. The institute has about 30 Ph. Professor Seiden received a B. He received a M. His physics interests have included models for quark fragmentation and deep inelastic scattering; weak decays of heavy mesons, CP violation and mixing; and electroweak symmetry breaking at the next hadron collider. Professor Seiden has been the leader of a large number of detector construction projects for experiments in particle physics at accelerator centers throughout the world.
This has included leading the construction of several large drift chambers and more recently particle tracking detectors using arrays of silicon detectors and VLSI electronics.
In addition to his own work, Professor Seiden has been a leader in various policy areas in physics. He has chaired the program committee for the LIGO gravity wave experiment. We're sorry! We don't recognize your username or password. Please try again.
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