Henri Lebesgue Center offers post-doc positions for researchers in mathematics.
The Lebesgue Center and its partners, Région Bretagne & Région Pays de la Loire (DéfiMaths project), are opening applications for three post-doctoral positions in mathematics for a period of 2*12 months.
The hired applicant will conduct his/her research at one of these Insitutes:
The positions are open to all research areas present within the four Institutes. They do not include an obligation to teach.
The net salary will be 2 100 Euros per month.
The application is open.
Sending application: between the 4th of October 2017 and the 1st of December 2017.
The positions are expected to begin on September 1st or October 1st, 2018.
Candidates must have completed a PhD in mathematics, or equivalent, at the date of taking office.
The candidate must submit an original research project including a collaboration with one or more local researcher (s) of Irmar, LMJL,LMBA, or LAREMA.
Applicants must complete the online form where they have to join the following documents:
• CV describing the candidate's profile and professional experience (list of publications, research topics, activities)
• Cover letter including the research project
• At least two letters of recommendation, including one from the local researcher involved in the project
For more information, please contact us at post-doctorant[at]lebesgue.fr.
The selection is carried by the Lebesgue Scientific Committee.
The Lebesgue Center offers 10,000€ scholarships to outstanding mathematics students applying for a master programme in mathematics, for a fist year of Master (M1) or for a second year of Master (M2), in Rennes, Nantes, Angers, Brest or Vannes.
The stipend is 10,000 euros per year.
The M1 scholarships are open to all students who have completed a bachelor's degree in mathematics (or related) at the end of the academic year 2016-2017. The applicants for the Lebesgue M1 scholarship should certify a B1 level of proficiency of the French language.
A student applying for the first year of a master (M1) will be allowed to apply for another scholarship for the second year (M2).
The M2 scholarships are open to all students who have completed the first year of a master in mathematics (or related) at the end of the academic year 2016-2017.
The courses of the second year of Master (M2) may be taught in English.
The application of the Lebesgue scholarship is independent from the application to Masters programmes, whom modalities are indicated in the dedicated websites.
The application for the lebesgue Master Scholarship is open until March 15th, 2018.
The results of the selection process will be edited in April 2017.
Applicants can obtain more information about the masters programmes on the page: Information.
Applicants must complete the online form and attach the documents:
- Cover letter
- One or more letters of recommendation.
Applicants must submit the application only when it is complete. Only electronic submission using the online form will be considered.
The selection will be carried out by the Lebesgue Scientific Committee and the heads of the Masters programmes. It will be based on the academic quality of the applicant.
En 1897, Kurt Hensel a introduit une nouvelle classe de nombre, les nombres "p-adiques", qui sont désormais des acteurs majeurs en théorie des nombres. On expliquera comment les écrire, calculer avec, et quelques applications.
Date: Jeudi 23 novembre 2017
Les inscriptions en ligne sont ouvertes jusqu'au dimanche 19 novembre 2017.
We organize a masterclass in Angers, from 19th to 21st of December, 2017.
Lectures will be in the morning sessions.
We will have two parallel sessions:
Etienne Mann : Introduction to algebraic stacks
We will introduce the notion of fibered category, Grothendieck topology and stacks. We will illustrate these notions on simple examples.
These lectures are for Master (or PhD) students who had followed a introduction to algebraic geometry that is algebraic varieties and sheaves.
Organization board: Xavier Caruso, David Lubicz, Christophe Ritzenthaler, Marie-Françoise Roy
This workshop will bring together researchers in complex and real algebraic geometry and applied mathematics (physics and cryptography) to discuss numerical methods and open problems on algebraic curves. There will be a number of introductory talks to each of the following topics and invited lectures from specialists:
- Theoretical physics/DPE
- Computations with the Jacobian
- Random real topology
- Complexity of computing topology of real algebraic curves
- p-adic methods and applications to cryptography
Pour répondre aux besoins croissants en moyens de calcul, les entreprises et les laboratoires de recherche développent intensément de nouvelles méthodes numériques, des logiciels et du matériel. L'objectif de ces journées est de permettre aux différents acteurs d'échanger sur les dernières avancées pour améliorer les performances du calcul scientifique. Des exemples d'applications seront présentés dans plusieurs domaines : auto-apprentissage, consommations électriques, télédétection, biologie...
Ces journées sont organisées par l’agence Lebesgue de mathématiques pour l'innovation dont une des missions est de promouvoir les relations entre les mathématiciens et les scientifiques des entreprises.
L’Agence est un interlocuteur naturel pour tout acteur du monde industriel confronté à un problème mathématique identifié. Il s’agit d’offrir les meilleures compétences mathématiques disponibles dans les Unités Mixtes de Recherche en Bretagne et Pays de la Loire, en particulier dans le domaine du calcul scientifique.
School - Fundamentals and practice of finite elements
This summer school took place at the Faculté des Sciences et Techniques, Université de Nantes, from June, 22nd to July, 3rd, 2015. The organization committee is the following : Erwan Faou, Benoît Grébert, Eric Paturel
Mini-courses and talks have been captured and are available
Presentation of the field
If normal forms were initially used in a finite dimensional setting, for a better understanding of the long time behavior of dynamical systems, their extension to partial differential equations, especially in the nonlinear case, have led to important progresses during this last decade. More than useful tools, they put in light some characteristic phenomena in complex situations where nonlinearity play a fondamental rôle. The aim of this summer school is to show their great adaptability in various fields (Hamiltonian PDEs, fluid mechanics, numerical analysis), and to explain how it works, in a manner accessible to starting researchers.