CEMRACS 2026 : Modeling and AI for Environmental Transition / Centre d'Eté Mathématique de Recherche Avancée en Calcul Scientifique

01:26:16

published on August 3, 2026

Carbon markets and their modeling

By René Aïd

Mathematical modeling for biodiversity - Lecture 1 -Introduction

01:30:00

published on August 3, 2026

Mathematical modeling for biodiversity - Lecture 1 -Introduction

By Matthieu Barbier

New mathematics and statistical physics for climate extremes: theory, algorithms and applications - Lecture 2

01:30:14

published on August 3, 2026

New mathematics and statistical physics for climate extremes: theory, algorithms and applications - Lecture 2

By Freddy Bouchet

Mathematical modeling for biodiversity - Lecture 2 - horizontal communities & probabilistic macroecology

01:32:09

published on August 3, 2026

Mathematical modeling for biodiversity - Lecture 2 - horizontal communities & probabilistic macroecology

By Matthieu Barbier

New mathematics and statistical physics for climate extremes: theory, algorithms and applications - Lecture 3

01:33:07

published on August 3, 2026

New mathematics and statistical physics for climate extremes: theory, algorithms and applications - Lecture 3

By Freddy Bouchet

Mean-field game models for energy transition

01:28:02

published on August 3, 2026

Mean-field game models for energy transition

By Roxana Dumitrescu

Computational and AI methods in climate economics - Lecture 1

01:29:29

published on August 3, 2026

Computational and AI methods in climate economics - Lecture 1

By Simon Scheidegger

Mathematical modeling for biodiversity - Lecture 3 - species interactions: randomness & structure

01:28:18

published on August 3, 2026

Mathematical modeling for biodiversity - Lecture 3 - species interactions: randomness & structure

By Matthieu Barbier

Computational and AI methods in climate economics - Lecture 2

01:17:06

published on August 3, 2026

Computational and AI methods in climate economics - Lecture 2

By Simon Scheidegger

Computational and AI methods in climate economics - Lecture 3

01:28:02

published on August 3, 2026

Computational and AI methods in climate economics - Lecture 3

By Simon Scheidegger

Climate risks, insurance, insurability and rare events - Lecture 2

01:24:30

published on August 3, 2026

Climate risks, insurance, insurability and rare events - Lecture 2

By Olivier Lopez

AI research for climate change and environmental sustainability - Lecture 1

01:15:00

published on August 3, 2026

AI research for climate change and environmental sustainability - Lecture 1

By Claire Monteleoni

AI research for climate change and environmental sustainability - Lecture 2

01:26:03

published on August 3, 2026

AI research for climate change and environmental sustainability - Lecture 2

By Claire Monteleoni

Climate risks, insurance, insurability and rare events - Lecture 1

01:34:40

published on August 3, 2026

Climate risks, insurance, insurability and rare events - Lecture 1

By Olivier Lopez

Modeling of the water cycle at the interface between climate, hydrology, and socio-economy

01:33:38

published on August 3, 2026

Modeling of the water cycle at the interface between climate, hydrology, and socio-economy

By Jan Polcher

Mathematical bio-economics 2.0 for sustainable fisheries

01:34:47

published on August 3, 2026

Mathematical bio-economics 2.0 for sustainable fisheries

By Luc Doyen

Mathematics
and Interactions

Coulomb branches and affine quantum groups / Branches de Coulomb et groupes quantiques affines

Algebraic geometry and complex geometry / Géométrie algébrique et géométrie complexe

CIMPA-CIRM Fellowships « Research in Residence » Introduction to Dissipative Dynamical Systems in Infinite Dimensions and Their Applications

Collection CEMRACS 2026 : Modeling and AI for Environmental Transition / Centre d'Eté Mathématique de Recherche Avancée en Calcul Scientifique

Carbon markets and their modeling

Mathematical modeling for biodiversity - Lecture 1 -Introduction

New mathematics and statistical physics for climate extremes: theory, algorithms and applications - Lecture 2

Mathematical modeling for biodiversity - Lecture 2 - horizontal communities & probabilistic macroecology

New mathematics and statistical physics for climate extremes: theory, algorithms and applications - Lecture 3

Mean-field game models for energy transition

Computational and AI methods in climate economics - Lecture 1

Mathematical modeling for biodiversity - Lecture 3 - species interactions: randomness & structure

Computational and AI methods in climate economics - Lecture 2

Computational and AI methods in climate economics - Lecture 3

Climate risks, insurance, insurability and rare events - Lecture 2

AI research for climate change and environmental sustainability - Lecture 1

AI research for climate change and environmental sustainability - Lecture 2

Climate risks, insurance, insurability and rare events - Lecture 1

Modeling of the water cycle at the interface between climate, hydrology, and socio-economy

Mathematical bio-economics 2.0 for sustainable fisheries

Metriplectic ocean thermodynamics

Exact solutions to Euler's equations

Wave resonances in bounded domains

Simple model for the strength of the ACC

How to determine the speed and amplitude of the leading edge of a dispersive shock wave