Département de Physique de l'Ecole Normale supérieure

General Relativity

Medina MAHREZ — 2020-07-22T10:51:51Z

Lecture notes by Marios Petropoulos Programme Exam since 2014 Exam 2019/2020 (solution) Exam 2018/2019 (solution) Exam 2016/2017 (Solution) Exam 2015/2016 (Solution) Exam 2014/2015 (Solution)

- First semester

Academic rules

Medina MAHREZ — 2020-07-22T10:19:28Z

- Intranet Master

Quantum Machines : Quantum Physics with Electrical Circuits and Mechanical Resonators

Wissam Chaalal — 2020-01-10T08:43:46Z

Lecture notes Lecture 2 References Lecture 1 Lecture 3 Lecture 4

- Second Semester

Novel Functionalities in Complex Materials

Wissam Chaalal — 2020-01-08T08:04:54Z

Lecture notes by M. Gabay, M. Civelli, A. Santander Lecture 2 by M. Gabay, M. Civelli, A. Santander Lecture 3 by M. Gabay, M. Civelli, A. Santander Lecture 4 by M. Gabay, M. Civelli, A. Santander

- Second Semester

OFFRES DE STAGES ET THESES 2019-2020

Stéphanie Lefebvre — 2019-10-07T10:18:14Z

3 stages à l'ONERA Filtrage par réseaux de neurones de données 3D issues d'une caméra à comptage de photons Traitement automatique de signaux LiDAR 3D pour la détection et la segmentation Instrumentation d'un imageur laser 3D à comptage de photon
Projet de thèse à l'université de Cambridge sur le rôle des volcans dans les projections climatique : https://nercdtp.esc.cam.ac.uk/projects/CE117
Propositions de thèses 2020 Laboratoire de Physique Nucléaire et des Hautes Energies (...)

- OFFRES DE THESES

Introduction to superconductivity

kris Van Houcke — 2019-09-22T19:38:23Z

Handwritten lecture notes : Part I Part II Part III Part IV Part V Part VI
Tutorials : TD 1 : Some basics TD 2 : London theory TD 3 : Fundamental properties of type I superconductors TD 4 : Ginzburg-Landau theory TD 5 : Type II superconductors and the vortex state TD 6 : The Josephson effect TD 6 : The Cooper problem
Past exams : 2017-2018 2018-2019

- Master 1, 2019-2020

Magnétisme et Supraconductivité

Yann Colin — 2019-09-19T16:07:30Z

1.1. Supraconductivité par Prof. Dimitri RODITCHEV
(notes de cours) : Hours 1-4 :
Superconductivity : Discovery and Phenomena, London theory, flux quantization, condensation energy Hours 5-8 :
Ginzburg-Landau theory, symmetry breaking, coherence length, proximity effect, S-N entreface energy, vortex, first, second and third critical fields Hours 9-10 :
Weak superconductivity, DC and AC Josephson effects, DC-SQUID, macroscopic quantum tunneling Hours 11-13 :
Microscopic theory of (...)

- First Semester

Optique Quantique et Nanophotonique

Yann Colin — 2019-09-18T09:25:24Z

Faculty : Christophe Voisin Nicolas Treps Tutor : Emmanuel Baudin ECTS : 6 Langue d'enseignement : French and English
Description
The quantum optics and nanophotonics course is delivered as two half semestres.
The first half semester is devoted to give an overview of the major achievements in nanophotonics. Revisiting the basics of light-matter interaction in condensed matter, we will explore both recent fundamental research and technological developments in nanoscience and photonics. A (...)

- Master 1, 2019-2020

General Relativity

Wissam Chaalal — 2019-09-13T09:50:31Z

Lecture notes by Marios Petropoulos Tutorial 1 Correction 1 Tutorial 2 Correction 2 Tutorial 3 Correction 3 Tutorial 4 Exam 2016/2017 (Solution) Exam 2015/2016 (Solution) Exam 2014/2015 (Solution)

- First Semester

Modern Electronic Structure Methods

Wissam Chaalal — 2019-09-09T07:00:38Z

Lesson by A. Marco Saitta

- First Semester