Lectures' slides

Please refer to the Moodle Page of the Lectures for up-to-date Slides !

Recommended by D. Aubert for Cosmology : https://ned.ipac.caltech.edu/level5/

• Presentation of the Lectures : T. Pradier's Introduction and D. Aubert's (on Moodle)

  • Lecture 1 : Introduction (on Moodle)

  • Lectures non covered during the sessions but not to studied : Compact Objects (in French! Version 2012)

    • • see also, Lectures on Compact Objects at Cornell University

• • • Not covered during the sessions, but useful : Radiative Processes (Lectures from R. Terrier, Master NPAC)

      • see also, X-Ray part of the Lectures "Multimessenger Astronomy" (R. Terrier, NPAC)

• • My Lectures not covered during the sessions, but necessary : Interaction & Detection of Particles (in French! Version 2012)

• Lectures 2,3 : Cosmic Rays - Direct Detection (on Moodle)

  • Another treatment of the Fermi acceleration processes - Exercise European Summer Campus, 2006

  • On Fermi processes & the Hillas Plot - PhD Thesis Amsterdam

• Lectures 3, 4, 5 : Cosmic Rays - Indirect Detection

1. Principles (on Moodle)

2. Experiments (on Moodle)

• Lecture 5 : Detection of High Energy Neutrinos (E>GeV) [Version 2014, MàJ 30/11/2014] :

  • Neutrino Astronomy - Lecture at Ecole de Gif, September 2013

  • Low Energy Neutrino Astronomy - Lecture at Karlsruhe Doctoral School [KSETA], Spring 2014

  • High Energy Neutrino Astronomy - Lecture at Karlsruhe Doctoral School [KSETA], Spring 2014

  • Not covered during the sessions : Detection of Gravitational Waves (in French! Version 2012)

• Cosmology :

• 1. Introduction [Version 2020] : History, Relativistic Models, the 20th century

  2. All-in-one : Hubble Constant, SNIa, Structure Formation, Cosmic Microwave Background [Version 2020]

     1. 1. Complements : Thermal History of the Universe, Nucleosynthesis & Baryogenesis, CMB anisotropies