Program

All the lectures will be given at the venue, but you can also participate online. The tutorials are only for the participants in person.

Timetable

Feb. 27 (Mon)Feb. 28 (Tue)Mar. 1 (Wed)Mar. 2 (Thu)Mar. 3 (Fri)Mar. 4 (Sat)
L2L4L6L8L10
L3L5L7L9Departure
Lunch /
Ski break
Lunch /
Ski break
Lunch /
Ski break
Lunch /
Ski break
ArrivalT1T3T5T7
L1T2T4T6T8

   8:30-11:30 : lectures  (including break)

   11:30-16:30 : lunch/ski break

   16:30-19:30 : lectures / tutorials (including break)

   19:30 : dinner

Lectures and Tutorials

  ContentsLecturerslide
L1onlineThe art of collider physicsFabio Maltonislide L1
L2onsiteStandard Model of particle physicsKaoru Hagiwaraslide L2
L3 /L5onsiteMonte Carlo simulation / MadGraph5_aMC@NLOOlivier Mattelaerslide L3
slide L5
L4onsiteFrom Lagrangian to events and backBenjamin Fuksslide L4
L6 / L8onsiteParton showers and their matching/merging with NLO computationsRikkert Frederixslide L6
slide L8
L7 / L9onsiteNLO-QCD/EWDavide Paganislide L7
slide L9
L10onsiteCollider experimentsDaniel Jeansslide L10
special talkonsiteOverview of the ILC, its significance and impact on the regionMasakazu Yoshiokaslide
T1 - T2onsiteBASESJunichi Kanzakislide T1 - T2
T3 - T6onsiteMadGraph5_aMC@NLO / Pythia8 / Delphes / MadAnalysis5, etc.Kentarou Mawatari
Yajuan Zheng
slide T3 - T6
T7 - T8onsiteFeynRulesBenjamin Fuksslide T7 - T8