A few things about particle accelerators Particle interactions in particle detectors Tutorial 1: kinematics, particle interaction and detector
response Systems used to identify and measure particle properties
Tutorial 2; analysis of classic experiments
Classic experiment papers (zip) Particle experiment design Tutorial 3: analysis of Higgs discovery papers
Higgs discovery papers (zip)
Higgs significance exercise (zip) Detection of neutrinos (and other invisible particles) Tutorial 4: analysis of neutrino experiments
Birth of neutrino astrophysics
Exercises
Observation of a neutrino burst from the Supernova
Johann Collot (Centre National de la Recherche Scientifique (FR))
Interaction of particles with matter Lecture 1
Tutorial 1
Lecture 2
Tutorial 2
Instrumentation and Detectors (Измерительные приборы и
детекторы)
I. Detectors for Particle Physics
II. Interaction with Matter
III. Calorimeters
IV. Tracking Detectors • Gas detectors
• Semiconductor trackers
V. Building an Experiment
VI. Challenges for Future Experiments
VII. And what can go wrong ....
Marumi Kado
Higgs Analysis
Lecture I
• Introduction : Elements of history
• Elements of SM Higgs theory
• Precision EW tests
• The discovery of the Higgs boson
• An (early) experimental profile of the Higgs boson: The
discovery channels
Lecture II
• An (early) experimental profile of the Higgs boson: Complex
final states
• An (early) experimental profile of the Higgs boson: Combined
measurements
• Rare decay modes
• Rare production modes
• The Higgs width
Lecture III
• Implications of the discovered state
• Search for BSM Higgs and extended sectors
• New trends
• Future Higgs programs
Gerhard Raven
Trigger & DAQ
Werner Riegler
Detectors for the future
Frank Zimmermann
Accelerators
a brief history of high-energy
accelerators
• LHC basics and run 1 (2010-13)
• what has changed for run 2?- is it
really a "new machine"?
• run 2 highlights & challenges
• planned upgrades – LIU and HL-LHC
• LHeC option
Mr. Stefan Hoeche (SLAC National Accelerator Laboratory)
QCD and Monte-Carlo Event Generators • Recap and brief history of QCD
• Event structure at hadron colliders
• Perturbative QCD calculations
• Resummation and parton showers
• Matching fixed-order calculations and parton showers
• Non-factorizable terms and secondary interactions
• Hadronization & Particle decays
Dmitri Denisov (Fermilab)
Future Particle Colliders
• Why colliders?
• Overview of colliders
• Future colliders options and challenges – e+e–,
µ+µ–, pp colliders
• 100 TeV pp collider design
• Medium term future colliders proposals
• Next steps
D. Bortoletto (University of Oxford)
Tracking
• Fundamental issues in tracking
• Silicon detectors and their applications
• New ideas and developments for the HL-LHC
Prof. Chris Tully
Calorimetry
Andreas Hoecker
LHC Run-2 and Future Prospects
• Basic introduction
• Overview of the LHC experimental programme and methods
• A review of Run-1 physics highlights
• The LHC Run-2, results obtained so far
• The LHC Run-2 and beyond, expectations
• Outlook to future projects
