Michel Kern
About Michel Kern
Michel Kern is a Research Scientist at INRIA in Ville de Paris, France, where he has worked since 1988. He specializes in space-time domain decomposition methods and develops algorithms for multiphysics problems, particularly in the context of geological disposal of nuclear waste and CO2 storage.
Work at Inria
Michel Kern has been a Research Scientist at Inria since 1988, accumulating over 36 years of experience in this role. He is based in Ville de Paris, Île-de-France, France. His work primarily involves the development of algorithms for multiphysics problems, particularly those that couple transport and geochemistry. Kern also utilizes space-time domain decomposition methods to enhance local time stepping in simulations. Additionally, he serves as the Deputy Director and Inria representative at Maison de la Simulation, a multidisciplinary laboratory focused on high-performance computing.
Education and Expertise
Michel Kern's educational background includes a degree in Option automatique from Mines Paris, where he studied from 1981 to 1984 and achieved the title of ingénieur civil. He furthered his education at Université Paris Dauphine - PSL, obtaining a PhD in Applied Mathematics from 1984 to 1987. His expertise lies in the development of algorithms for complex multiphysics problems and the application of advanced simulation techniques in various scientific domains.
Background
Before joining Inria, Michel Kern worked as a Visiting Scholar at Rice University from 1991 to 1993. This experience contributed to his research capabilities and broadened his academic perspective. His long-standing career at Inria has allowed him to engage in significant research initiatives, particularly in the fields of nuclear waste geological disposal and CO2 storage.
Research Focus
Michel Kern's research primarily focuses on the applications related to the geological disposal of nuclear waste and CO2 storage. He develops innovative algorithms that address the complexities of multiphysics problems, which are critical in understanding the interactions between various physical and chemical processes in these contexts. His work is essential for advancing knowledge and technology in environmental safety and sustainability.