2024

Ce projet d’Ecole CIMPA est destiné à introduire des cours sur les Equations aux Dérivées Partielles (EDP), exposer les méthodes numériques pour la résolution des EDP ainsi que la modélisation et la simulation de certains phénomènes à l’aide des EDP.

The aim of the school is to introduce participants to several numerical techniques and analysis in Partial Differential Equations (PDEs). The topics to be treated will vary from standard contemporary schemes to recent advances in the numerical treatment of PDEs and numerical linear algebra techniques. Some of the other topics to be presented during the school are: model order reductions, pde constrained optimal control and inverse problems.

The area of the school will be mathematical analysis, modeling, data analysis, scientific computing to address real problems in medicine and health sciences. Our goal is to prepare students and researchers for the concrete problems arising from mathematical modeling in medicine, which may arise particularly in South-East Asia.

Le contenu se veut pluridisciplinaire tout en favorisant les interactions entre les différentes spécialités proposées.

Ainsi cette école se reposera sur deux axes : la finance mathématique et le calcul stochastique d’un côté et le machine learning de l’autre. Ces deux axes seront par ailleurs traités via le point vue « Ordre », i.e. les structures ordonnées.

The aim of this school is to introduce students to some aspect of (algorithmic) number theory and arithmetic geometry and the very fruitful interplay between those subjects and the applied disciplines of cryptography and coding theory. Our program consists of four courses on algorithmic number theory, elliptic curves, algebraic coding theory and isogeny based cryptography, respectively. These courses will introduce the students to a variety of tools in number theory and arithmetic geometry as well as their applications in cryptography and coding theory.

In this school we will focus on two branches of blockchain technology. First, the development of blockchain technology including subjects such as the tokening ofactivities, fintech, proptech, insurtech, e-health, eGovernment, supply chain and social services, among other things.

Combinatorics is at the centre of a variety of areas in pure and applied mathematics. For
instance, in recent years problems arising in algebra and geometry have been better understood
and in many cases fully solved by exploiting their relation to certain discrete objects.
At this school we aim to explore modern geometric techniques that have been used in recent
years to solve long standing conjectures in combinatorics and other areas.

L'école Algèbre, géométrie algébrique et applications à la théorie de l'information se tiendra du 15 au 26 juillet 2024 à l'université de Douala au Cameroun.

The Theory of Submanifolds emerged as a natural generalization of the classical study of curves and surfaces of three-dimensional Euclidean space through the methods of differential calculus. In the last century, this theory has become a vast sub-area of ​​Differential Geometry with numerous correlated lines of research and a variety of techniques that allow obtaining many deep research results, both local and global.

The goal of this CIMPA School is to train young mathematicians working in Latin America in some of the most active areas of research in Algebraic Geometry, as well as to promote greater interaction among researchers and students, and to build a network of collaborations. The previous editions of the ELGA were:

I ELGA – Buenos Aires and Cordoba, Argentina (2011)
II ELGA – Cabo Frio, Brazil (2015)
III ELGA – Guanajuato, Mexico (2017)
IV ELGA – Talca, Chile (2019)