Numerical modeling of the ocean and its interaction with the atmosphere

My research lies within the broader framework of numerical modeling of the ocean and its interaction with the atmosphere. With a strong focus on applied mathematics, I have devoted my efforts to developing efficient and robust numerical methods designed to tackle concrete physical problems. My work consistently embraces a multidisciplinary approach, spanning the full range from the mathematical design of numerical schemes to their large-scale implementation and the assessment of their impact on the physical realism of the models.

A key guiding principle in my research philosophy is the open and practical dissemination of results, ensuring that methodological advances are not restricted to large modeling centers but can benefit the broader scientific community. A substantial portion of the outcomes from the projects I have led or contributed to has been integrated into ocean models currently used by the geophysical community for both operational forecasting and fundamental research.

Président:

Eric Blayo (UGA)

Raporteurs:

• Stephen Griffies (Princeton Univ. )
• Christine Lac (Météo France )
• Daniel Le Roux (Université Claude Bernard, Lyon 1 )

Examinateurs:

• Antoine Rousseau (Inria, Univ. Montpellier )
• Gunilla Svensson (Stockholm Univ. )