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This proceedings presents lectures on the standard model of electroweak and strong interactions, string theory, experiments and accelerators, supersymmetry and supersymmetric unified models, and the interface of astrophysics and particle physics.
Contents:
- Standard Model Physics: An Introduction to Standard Model Physics (J Rosner)
- Standard Model Parameters and the Search for New Physics (W Marciano)
- On Weak Decays of Heavy Flavors, Mixing and CP Violation (I Bigi)
- An Introduction to the QCD Parton Model (R Ellis)
- Lectures on Perturbative QCD, Jets and the Standard Model: Collider Phenomenology (S Ellis)
- Introduction to Lattice Gauge Theory (R Gupta)
- Experiments and Accelerators: A Practical Guide to Modern High Energy Particle Accelerators (S Holmes)
- Intermediate Energy Neutrino Physics (D White)
- An Introduction to Neutrino Oscillations and the Solar Neutrino Problem (S Rosen)
- Strings and Superstrings: The Early Years of String Theory: The Dual Resonance Model (P Ramond)
- Lectures on Conformal Field Theory (T Banks)
- Low Energy Models from the Superstring (G Ross)
- Strings and Riemann Surfaces (J Bagger)
- Introduction to String Field Theory (G Horowitz)
- Supersymmetry and Supersymmetric Models: Low Energy Supersymmetry (M Wise)
- Beyond the Supersymmetric Standard Model (L Hall)
- Topic in Astrophysics: Cosmology for High Energy Physicists (A Albrecht)
- Dark Matter and Galaxy Formation (G Blumenthal)
- Numerical Simulations in Astrophysics (P Quinn)
Readership: Particle and astrophysicists.
