• Tls presentation
• Laboratory work
• Survival guide for TLs 
• Article template for TLs 

Quantum field theory

Particle physics

• lecture 1 , lecture 2 , lecture 3 , lecture 4
• lecture 5 , lecture 6 , lecture 7 , lecture 8
• lecture 9 , lecture 10 , lecture 11 , lecture 12
• lecture 13 , lecture 14 , lecture 15 , lecture 16
• lecture 17 , lecture 18, lecture 19 , lecture 20
• exam subject – correction
• Exam. 2015 correction  of examen

Cosmology and Astroparticles

• Thermal History of the Universe 

 Lectures  from P. Astier

• lecture 1, lecture 2

• lecture 1-1 , lecture 1-2 (slides: )
• lectures 2 and 3 (slides: )
• note on supernovae remnants
• lecture 4 , lecture 4bis
• lecture 5-1 , lecture 5-2
• lecture 6

From nuclei to stars

• lecture 1-1 , lecture 1-2 , exercices & solutions
• lecture 2-1 , lecture 2-2 , exercices & solutions
• lecture 3-1 , lecture 3-2 , exercices & solutions
• lecture 4-1 , lecture 4-2 , exercices & solutions
• lecture 5-1 , lecture 5-2 , exercices & solutions
• lecture 6-1 , lecture 6-2 , exercices & solutions
• mid-exam questions and solutions
• lecture 7-1 , lecture 7-2
• Lectures summary (to help you to prepare the exam)

• Introduction
• lecture 1 , lecture 2 , lecture 3
• lecture 4 , lecture 5

Detector physics

• lecture 1 
• lecture 2 – macro (gazeous detector principle)
• “Mini-stages”
• lecture 3

• lecture 2 , lecture 3 , lecture 4

• lecture 1 , cours 2
• Cours 3 , Cours 4

General relativity

• Exam 2014/2015 solution

Accelerator physics

• Lectures summary
• Longitudinal dynamics  (presentation  ; document ) :
  lectures 2 and 5
• Space charge (presentation  ; document ) : lecture 7

• Introduction 
• lecture 1 , lecture 2  ,
• lecture 3 , lecture 4 

• lecture 1