Particle Physics Phenomenology

3 Oct 2011, 08:45 → 7 Oct 2011, 18:15 Europe/Copenhagen

aud A (Niels Bohr Institute)

The intention of this course is to give an overview of the main physics concepts that underlie our understanding of high energy collisions , specifically proton-proton events at the LHC machine.

Teachers: Prof. Torbjorn Sjostrand.
Assistants: Dr. Alberto Guffanti, Dr. Stefania Xella.

Sponsored by:

The faculty of Natural Science (Copenhagen University)
Discovery Center (NBI)
NBIA (Niels Bohr International Academy)

Slides with lectures/exercises AND exam

• exam.pdf
• http://home.thep.lu.se/~torbjorn/ppp2011.html
• PDF_overview.pdf

Monday 3 October

08:45 → 09:10 Coffe/pastries

09:15 → 09:18 introduction

Slides intro-phd-course.pptx

09:18 → 10:00 Introduction and overview. Monte Carlo techniques.

10:10 → 10:55 Introduction and overview. Monte Carlo techniques. Part 2

11:05 → 12:35 Exercises

14:00 → 14:45 Evolution equations. Final-state radiation and showers. Part 1

14:55 → 15:40 Evolution equations. Final-state radiation and showers. Part 2

15:45 → 16:10 coffee/fruits

16:15 → 17:45 overview of TeV-scale BSM models and collider phenomenology

Slides nbi_school11.pdf

Tuesday 4 October

08:45 → 09:10 coffe/pastries

09:15 → 10:00 Parton Density Functions. Initial-state radiation and showers.

Slides PDF_Overview.pdf

10:10 → 10:55 Parton Density Functions. Initial-state radiation and showers. Part 2

11:05 → 12:35 Exercises

14:00 → 14:45 Matching of hard matrix elements to shower descriptions. Part 1

14:55 → 15:40 Matching of hard matrix elements to shower descriptions. Part 2

15:45 → 16:10 coffe/fruit

16:15 → 17:45 Exercises

19:30 → 21:30 Dinner - RizRaz

Slides http://maps.google.com/maps?q=RizRaz+Brown,+Store+Kannikestr%C3%A6de,+Copenhagen,+Denmark&hl=en&ie=UTF8&sll=37.0625,-95.677068&sspn=38.690438,93.076172&vpsrc=0&hq=RizRaz+Brown,+Store+Kannikestr%C3%A6de,&hnear=Copenhagen,+Denmark&t=m&z=15

Wednesday 5 October

08:45 → 09:10 coffe/paistries

09:15 → 10:00 Multiparton interactions, minimum bias and underlying events. Part 1

10:10 → 10:55 Multiparton interactions, minimum bias and underlying events. Part 2

11:05 → 12:35 Exercises

14:00 → 14:45 Hadronization physics, especially in the string model. Part 1

14:55 → 15:40 Hadronization physics, especially in the string model. Part 2

15:45 → 16:10 coffe/fruits

16:15 → 17:45 Exercises

Thursday 6 October

08:45 → 09:10 coffe/paistries

09:15 → 10:00 Jet physics. Jet algorithms and other event properties. Part 1

10:10 → 10:55 Jet physics. Jet algorithms and other event properties. PArt 2

11:05 → 12:35 Exercises

14:00 → 14:45 Event generators and related physics software. Tunes to data. Part 1

14:55 → 15:40 Event generators and related physics software. Tunes to data. Part 2

15:45 → 16:10 coffe/fruits

16:15 → 17:45 Exercises

Friday 7 October

08:45 → 09:10 coffe/paistries

09:15 → 10:00 Applications to processes within and beyond the Standard Model. Part 1

10:10 → 10:55 Applications to processes within and beyond the Standard Model. Part 2.

11:05 → 12:35 Exercises

14:00 → 14:45 Main lessons from the LHC, open issues, summary and outlook. Part 1

14:55 → 15:40 Main lessons from the LHC, open issues, summary and outlook. Part 2

15:45 → 16:10 coffe/fruits

16:15 → 17:45 Exercises