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Main School :
École PolytechniqueEP

Partners Schools :
> EP, Thierry Gacoin

Academic Partners :
> Paris 7, Sara DUCCI

Keywords :
Nanomaterials, nanostructures, clean room, photonic quantum devices, Nanomagnetism and spintronics, experimental techniques.

Program Language : English & French

Location :
Condorcet Building, Paris 7 University (Paris, 13th district) Location

Requirements :
The courses are open to the best french and international students, who have completed 60 ECTS (minimum credit points for being eligible) at a graduate level or equivalent in Quantum Physics. They are also open to french students completing an engineering degree (3rd year of "grandes écoles").

Admission :
Online admission based on the evaluation of academic transcripts, statement of purpose and letters of recommendation.
Winter session (deadlines: March 1 for application, April 15 for acceptance confirmation).
Spring session (deadlines: May 1 for application, June 15 for acceptance confirmation).

Calendar :
Arrivals: 9/14/10
S3 (courses):
S4 (internship/research project): January - June

Validation :
The degree is delivered by Ecole Polytechnique after final validation (60 ECTS credits) by the specialty jury and completion of languages requirements.

ECTS Credits : 60

Cost :
Tuition fees: €4400 (M2)/€11 000 (2 years).
Annual registration fee: €245 (+ €198 of social insurance for students under 28).
Besides, fellowships and exemptions are also awarded to a few highly qualified students. More details here.

Contact :
Master's administration office :
christel.cornat[at]polytechnique.fr
Academic board: bruno.gerard[at]3-5lab.fr
tga[at]pmc.polytechnique.fr (Thierry Gacoin).

Duration : 2 Terms

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Master of Science
M2 Quantum Devices
Physics and Applications
Quantum Devices

Program Main Web Site :
Context : Ecole Polytechnique, in partnership with Paris 7 (Diderot) University, offers a specialty dedicated to the training of researchers and engineers with a "clean room" culture in order to design and develop next quantum devices.

In this domain of research, the boundaries between physics, chemistry, material science, biology and molecular medicine have become blurred. In this field, fundamental and applied researches enrich each other : theoretical advancements are accompanied by the progress in material science (creation of new materials, control of their elaboration) and by the realization of new and unique experimental techniques (near field microscopy, electron microscopy techniques). These advancements, awarded with several Nobel prizes, have had important consequences in fundamental physics ; today we are able to observe and manipulate single atoms or conceive quantum devices : semiconductor sources and detectors, molecular transistor, superconducting circuits for quantum information, hard disks based on giant magnetoresistance, DNA chips,….

Aims : The goal of this course is to give a high level theoretical and experimental training on different kind of quantum phenomena with a particular attention to quantum devices and nanotechnologies.

Content : The first term (September-January) includes lectures on the fundamental concepts and tools of quantum photonics and electronics in condensed matter, high-tech analysis tools (electronic microscopy, STM, AFM…), a large panorama of quantum devices and functionalized materials and proposes a series of seminars on hot research topics. The second term (January-June) details the different fields of research (Electronic transport, Spintronics, Quantum Photonics) and includes a research project.

Program Contents :

Further opportunities : Students, up to this both theoretical and applied training program, should integrate rapidly in academic and industrial laboratoiries (after a PhD program).

Career prospects :
- Researcher;
- Engineer;
-Teacher;
- Consultant.

Highlights : Quantum devices master's program is the unique training in Paris area adressing the needs of numerous academic (MPQ, LPA, LPN, LPMC, ONERA …) as well as industrial laboratories (Thales, St Gobain, Alcatel,…) working in clean room to the research & devlopment of the next quantum devices. The course is given by lecturers from several laboratories specializing in quantum devices and nanosystems. The training is based on a permanent interaction between students and research teams, and includes : experimental projects, guided tours of laboratories and a research project.

Last Modification : Tuesday 13 July 2010

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