Name: Particle Physics Phenomenology
Start: 2011-10-03T08:45:00+02:00
End: 2011-10-07T18:15:00+02:00
Location: Niels Bohr Institute

Applications to processes within and beyond the Standard Model. Part 1

Applications to processes within and beyond the Standard Model. Part 2.

coffe/fruit

coffe/fruits

coffe/paistries

Coffe/pastries

coffe/pastries

coffee/fruits

Dinner - RizRaz

Event generators and related physics software. Tunes to data. Part 1

Event generators and related physics software. Tunes to data. Part 2

Evolution equations. Final-state radiation and showers. Part 1

Evolution equations. Final-state radiation and showers. Part 2

Exercises

Hadronization physics, especially in the string model. Part 1

Hadronization physics, especially in the string model. Part 2

introduction

Introduction and overview. Monte Carlo techniques.

Introduction and overview. Monte Carlo techniques. Part 2

Jet physics. Jet algorithms and other event properties. PArt 2

Jet physics. Jet algorithms and other event properties. Part 1

Main lessons from the LHC, open issues, summary and outlook. Part 1

Main lessons from the LHC, open issues, summary and outlook. Part 2

Matching of hard matrix elements to shower descriptions. Part 2

Matching of hard matrix elements to shower descriptions. Part 1

Multiparton interactions, minimum bias and underlying events. Part 1

Multiparton interactions, minimum bias and underlying events. Part 2

overview of TeV-scale BSM models and collider phenomenology

Parton Density Functions. Initial-state radiation and showers.

Parton Density Functions. Initial-state radiation and showers. Part 2

Particle Physics Phenomenology

Material Package