registration Room: aud A

Lecture 1 : Basics of tracking devices. Gaseous devices.

• Richard Brenner

Room: aud A Basic principles of tracking detectors for particle physics Gaseous tracking detectors : most common devices, and latest developments

Lecture 2. Trigger and data acquisitions basics.

• Samuel Silverstein

Room: aud A Trigger and data acquisition : the basics

intro to G4 -exercises / electronics for DAQ labs

• Richard Brenner
• Samuel Silverstein

Room: aud A

Dinner Room: restaurant

Lecture 3. Silicon devices. Trigger and tracking.

• Richard Brenner

Room: aud A Silicon Tracking detectors : most common devices, and latest developments. Trigger and tracking: challenges for future high energy physics experiments

Exercises (simulations) or labs (DAQ)

exercises (simulations) or Labs (DAQ)

• samuel silverstein

Lecture 4. Trigger and DAQ: Recent developments. LHC upgrade.

• Samuel Silverstein

Room: aud A Trigger and data acquisition : recent research and development for future particle colliders

Lecture 5. Tracking algorithms. Recent developments in HEP.

• peter hansen

Room: aud A

Execises (simulations/calculations)

• Peter Hansen
• Richard Brenner

Lecture 6. Calorimetry: basics. Jet energy scale/resolution.

• Margar Simonyan

Room: aud A

labs (DAQ) / simulations Calorimetry

• Margar Simonyan
• Samuel Silverstein