Lecture: Cosmological perturbation theory and structure formation - Lecturer: Vincent Desjacques Lecture 1: The FLRW universe

Exercise Session: Cosmological perturbation theory and structure formation - Tutor: Titouan Lazeyras

Lecture: Gravitational waves and compact binaries - Lecturer: Enrico Barausse Lecture 1: General Relativity and the quadrupole formula

Lecture: Cosmological perturbation theory and structure formation - Lecturer: Vincent Desjacques Lecture 2: Linear cosmological perturbation theory 1

Excercise Session: Gravitational waves and compact binaries - Tutor: Andrea Maselli

Lecture: Gravitational waves and compact binaries - Lecturer: Enrico Barausse Lecture 2: A more rigorous derivation of the quadrupole formula

Lecture: Cosmological perturbation theory and structure formation - Lecturer: Vincent Desjacques Lecture 3: Linear cosmological perturbation theory 2

Excercise session: Cosmological perturbation theory and structure formation - Tutor: Titouan Lazeyras

Lecture: Cosmological perturbation theory and structure formation - Lecturer: Vincent Desjacques Lecture 4: Cosmology with massive neutrinos

Lecture: Gravitational waves and compact binaries - Lecturer: Enrico Barausse

Exercise Session: Gravitational waves and compact binaries - Tutor: Andrea Maselli

Lecture: Gravitational waves and compact binaries - Lecturer: Enrico Barausse Lecture 4: The response of an interferometer to gravitational waves

Lecture: Cosmological perturbation theory and structure formation - Lecturer: Vincent Desjacques Lecture 5: The growth of large scale structure

Lecture: Gravitational waves and compact binaries - Lecturer: Enrico Barausse Lecture 5: Gravitational-wave detectors and data analysis

Lecture: Neutrino physics, Lecturer: F. Feruglio Lecture 1: Neutrino Oscillations - theory

Lecture: Galactic cosmic rays and multimessenger astronomy - Lecturer: Fiorenza Donato Lecture 1: Galactic cosmic rays 1.1 Generalities on Galactic Cosmic Rays: particles, energies, fluxes 1.2 Transport of charged particles in the Galaxy, diffusion coefficient 1.3 Fermi acceleration of second order 1.4 Fermi acceleration of first order

Exercise session: Neutrino physics - Tutor: Olcyr Sumensari

Lecture: Neutrino physics - Lecturer: F. Feruglio Lecture 2: Neutrino Oscillations - data

Lecture: Galactic cosmic rays and multimessenger astronomy - Lecturer: Fiorenza Donato Lecture 2: Galactic cosmic rays 2 2.1 Fermi acceleration of first order 2.2 Convection in the Galaxy 2.3 Energy losses for nuclei 2.4 Energy losses for electrons 2.5 Catastrophic losses

Exercise session: Galactic cosmic rays and multimessenger astronomy - Tutor: Francesca Calore

Lecture: Neutrino physics - Lecturer: F. Feruglio Lecture 3: Neutrino Masses

Lecture: Galactic cosmic rays and multimessenger astronomy - Lecturer: Fiorenza Donato Lecture 3: Galactic cosmic rays 3 3.1 The transport equation 3.2 The sources of CRs: SNRs, PWNe, ISM 3.3 Geometry of the Galaxy 3.4 Solution to the transport equation 3.5 Free parameters of the model 3.6 Species in the Galaxies: nuclei, antinuclei, leptons, gamma-rays

Exercise session: Neutrino physics - Tutor: Olcyr Sumensari

Lecture: Neutrino physics - Lecturer: F. Feruglio Lecture 4: Neutrinos and Physics Beyond the Standard Model

Lecture: Galactic cosmic rays and multimessenger astronomy - Lecturer: Fiorenza Donato Lecture 4: Particle Dark Matter; Indirect detection 4.1 Particle Dark Matter 4.2 Dark Matter Density distribution 4.3 CRs from Dark Matter, alias Indirect DM detection 4.3.1 Annihilation spectra 4.4 γ-rays from dark matter annihilation 4.5 γ-rays: the diffuse emission in the Galaxy 4.6 The Fermi-LAT sky and its interpretation

Exercise session: Galactic cosmic rays and multimessenger astronomy - Tutor: Francesca Calore

Lecture: Neutrino physics - Lecturer: F. Feruglio Lecture 5: Neutrinos and the Flavor Problem

Lecture: Galactic cosmic rays and multimessenger astronomy - Lecturer: Fiorenza Donato Lecture 5 - Dark Matter indirect detection - More on multiwave- length and multimessenger Antimatter in CRs Antiprotons: secondaries, primaries, data Antideuterons: secondaries, primaries, perspectrives Positrons: secondaries, primaries, data The radio fluxes Anisotropies in charged CRs and gamma rays