Second Semester

Quick links

Quick links

Next student seminar :
Access to the program

Here you can find information about your internships:
Experimental Internship - Undergraduate program
Master ICFP first year Internship

News : ICFP Research seminars
November 14 - 18, 2022 :

All information about the program

Contact us - Student support and Graduate School office :
Tél : 01 44 32 35 60
enseignement@phys.ens.fr

Advanced Quantum Field Theory
Algebra, Integrability and Exactly Solvable Models
An introduction to topological order
Brownian motion and stochastic processes
Complex systems : from physics to social sciences
Condensed Matter and Advanced Technology
Cosmology
Dirac matter, topology and interactions in many-particle systems
Gauge Theory of Electroweak Interactions
Geophysical fluid dynamics
Graphene, Dirac fermions and topological matter
Information, inference, networks : from statistical physics to big biological data
Introduction to Quantum Chromodynamics
Matter far from equilibrum
Mesoscopic physics and Transport
Non-linear, ultrafast and quantum optics
Novel functionalities in complex materials
Particle Physics : The Standard Model
Physics of perception
Probabilities for Physicists
Quantum Information
Quantum optics in condensed matter
Quantum optomechanics and nanomechanics
Quantum transport and mesoscopic physics
Rheology of complex fluids
Soft solids
Spin Physics
Statistical Physics2 : Dispordered Systems and Interdisciplinary Applications
String Theory
Strongly correlated Fermions and Bosons
Superconductors and superconducting circuits
System biophysics
Topics in Strongly Coupled Quantum Field Theory
Turbulence
Ultra cold Atoms
Waves in disordered media and localization phenomena

Novel functionalities in complex materials

Faculty: Marc GABAY Tutors: Marcello CIVELLI ECTS credits: 3 Language of instruction: English DescriptionDescriptif du cours | ↦ Read more

Spin Physics

Faculties : Florent Perez (UPMC) and Benoît Eble (UPMC) Tutor : ECTS credits : 3 Langage of instruction : English Description : This course aims at giving modern theoretical foundations and frame works of spin physics in low (...) | ↦ Read more

Complex Systems : from physics to social sciences

Faculty : Jean-Philippe BOUCHAUD date : march, 22 & 29 mars + april, 5 2017 Schedules and dates : 9.00am to 12.00am - room L361 (3rd floor 24 rue Lhomond) Description : 1) Hasard Benin et Hasard Sauvage : de Gauss à Pareto 2) (...) | ↦ Read more

Quantum transport and mesoscopic physics

Faculty : Richard Deblock (LPS ORSAY) Gwendal Feve (LPA ENS) Tutor : François Mallet ECTS credits : 3 Language of instruction : English Description : | ↦ Read more

Graphene, Dirac fermions and topological matter

Faculty : Pascal Simon (LPS ORSAY) Tutor : ECTS credits : 3 Language of instruction : English Description : | ↦ Read more

An introduction to topological order

Faculty : N. Regnault (LPA, ENS) Tutor : ECTS credits : 3 Language of instruction : English Description : | ↦ Read more

Quantum Optics in Condensed Matter

Faculty : Cristiano Ciuti (UPD) Sara Ducci (UPD) Tutor : ECTS credits : 3 Language of instruction : English Description : | ↦ Read more

Strongly correlated Fermions and Bosons

Faculty : Olivier Parcollet (CEA) Christophe Mora (LPA ENS) Tutor : ECTS credits : 3 Language of instruction : English Description : See the French page | ↦ Read more

Information, Inference, Networks: from Statistical Physics to Big Biological Data

Faculty : Rémi Monasson Tutor : ECTS credits : 3 Language of instruction : Description : Today’s science is characterized by an ever-increasing amount of available data, in particular in biology, but also in other fields closely related (...) | ↦ Read more

Soft solids

Faculty : Matteo Ciccotti (SIMM, ESPCI), Benoit Roman (PMMH, ESPCI) Tutor : ECTS credits : 3 Language of instruction : English Description : Very much like fluids, many solids are capable of very large deformations, either because (...) | ↦ Read more

Matter far from equilibrum

Faculty : Jean-François Joanny (Institut Curie, ESPCI) Tutor : Vincent Demery (ESPCI) ECTS credits : 3 Language of instruction : Description : 1. Introduction to matter out of equilibrium Examples of Non-Equilibrium systems Criteria (...) | ↦ Read more

Physics of perception

Faculty : Thierry Mora, Pascal Martin Tutor : ECTS credits : 3 Language of instruction : Description : Sensory systems strike us by their exquisite sensitivity, which is often close to the limit set by physics. Our eyes are sensitive (...) | ↦ Read more

System biophysics

Faculty : Philippe Nghe (ESPCI) Clément Nizak (CNRS, ESPCI) et Aleksandra Walczak (CNRS, LPT, ENS) Tutor : ECTS credits : 3 Language of instruction : Description : 1. Growth and Metabolism 2. Growth and Reproduction 3. Gene (...) | ↦ Read more

Brownian motion and stochastic processes

Faculty : Olivier Benichou (LPTMC, Université Pierre et Marie Curie) Raphaël Voituriez (LPTMC, Université Pierre et Marie Curie) Tutor : ECTS credits : 3 Language of instruction : Description (...) | ↦ Read more

Geophysical fluid dynamics

Faculty : Claude Jaupart (IPGP) Tutor : Julien Aubert (IPGP) ECTS credits : 3 Language of instruction : Description : | ↦ Read more

Rheology of complex fluids

Faculty : Annie Colin (SIMM, ESPCI), Anke Lindner (PMMH, Université Paris-Diderot) Tutor : ECTS credits : 3 Language of instruction : English Description : | ↦ Read more

Turbulence

Faculty : Sergio Chibbaro (Institut Jean le Ron d’Alembert, Université Pierre et Marie Curie) Tutor : ECTS credits : 3 Language of instruction : English The course will focus on the fundamental aspects of fluid mechanics, notably at high (...) | ↦ Read more

Ultra Cold Atoms

Faculty : Frédéric Chevy and Fabrice Gerbier Tutor : Jérôme BEUGNON ECTS credits : 3 Language of instruction : English Web site Description Since the 80’s laser cooling has become a major tool in atomic physics. The very low temperatures (...) | ↦ Read more

Superconductors and superconducting circuits

Faculty : Xavier Leyronas, Julien Gabelli Tutor : ECTS credits : 3 Language of instruction : Anglais Site web : Description Ce cours vise à introduire la supraconductivité à travers des expériences historiques ou récentes et les concepts (...) | ↦ Read more

Quantum Information

Faculty : Jakob Reichel Tutor : Igor Dotsenko ECTS credits : 3 Language of instruction : Anglais Site web Description Progress in experimental quantum physics has transformed thought experiments into reality, so that an exciting new (...) | ↦ Read more

Nonlinear, Ultrafast and Quantum Optics

Faculty : François HACHE and Nicolas TREPS Tutor : ECTS credits : 3 Language of instruction : Anglais Site web : Description Objective of this lecture is to study non-linear interaction between light and mater, from classical to quantum (...) | ↦ Read more

Waves in disordered media and localization phenomena

Faculty : Christophe Texier (LPTMS, Univ. Paris Sud) Chargé de TD ECTS credits : 3 Language of instruction : Anglais Site web : http://lptms.u-psud.fr/christophe_texier/enseignements/enseignements-en-master/onde-en-milieu-desordonne/ (...) | ↦ Read more

Dirac Matter, topology and interactions in many-particle systems

Faculty : Pascal SIMON Tutor : ECTS credits : 3 Language of instruction: Anglais Site web : https://sites.google.com/site/pascalsimonphysics/ Description In the past years, condensed matter physics has witnessed tremendous progress with the (...) | ↦ Read more

String Theory

Faculty : Jan Troost Tutor : ECTS credits : 3 Language of instruction : Anglais Site web : Description The goal of this course is to introduce string theory. We motivate the study of string theory, and demonstrate the use of (...) | ↦ Read more

Cosmology

Faculty : Jérôme Martin and Sébastien Renaux-Petel Tutor : ECTS credits : 3 Language of instruction : Anglais Site web : Description The purpose of these lectures is to provide the basis on modern theoretical cosmology. First, we’ll discuss (...) | ↦ Read more

Advanced Quantum Field Theory

Faculty : Vincent RIVASSEAU Tutor : ECTS credits : 3 Language of instruction : Anglais Site web : Description : Graphs and Combinatorics for Quantum Field Theory : Euclidean Functional Integrals, Feynman graphs and amplitudes, Topological (...) | ↦ Read more

Introduction to Quantum Chromodynamics

Faculty : Damir Becirevic and Matteo Cacciari Tutor : ECTS credits : 3 Language of instruction : English Site web : Description Théories de jauge : quantification et renormalisation. Modèle des quarks et chromodynamique quantique (QCD). QCD (...) | ↦ Read more

Gauge Theory of Electroweak Interactions

Faculty : Stéphane LAVIGNAC and Pierre FAYET Tutor : Brando BELLAZZINI ECTS credits : 3 Language of instruction : English (except for lectures of P. Fayet March, 8-15 & 22 : French) Site web : Description This lecture provides an (...) | ↦ Read more

Particle Physics : The Standard Model

Faculty : Frédéric Machefert Tutor : Nicolas Morange ECTS credits : 3 Language of instruction : English Site web : Description We will study the standard model of particle physics and the most important experiments that have contributed to (...) | ↦ Read more

Algebra, Integrability and Exactly Solvable Models

Faculty : Jesper Jacobsen (ENS) Tutor : Yacine Ikhlef (CNRS) ECTS credits : 3 Language of instruction: Englis Site web : Description This course is an introduction to exactly solvable two-dimensional models, considered either in 2D (...) | ↦ Read more

Statistical Physics 2 : Disordered Systems and Interdisciplinary Applications

Faculties : Giulio Biroli et Guilhem Semerjian Tutor : ECTS : 3 Language of instruction : Anglais Web site : Description In the last decades statistical physics has proven to be a successful theoretical framework able to tackle central (...) | ↦ Read more

Quick links

Next student seminar :
Access to the program

Here you can find information about your internships:
Experimental Internship - Undergraduate program
Master ICFP first year Internship

News : ICFP Research seminars
November 14 - 18, 2022 :

All information about the program

Contact us - Student support and Graduate School office :
Tél : 01 44 32 35 60
enseignement@phys.ens.fr