New York University has established the Simons Center for Computational Geophysical Flows, backed by a $10 million, five-year grant from Simons Foundation International. This center aims to advance research and training in computational methods for predicting planetary climates and understanding complex circulation patterns that impact Earth and other planets.
The center focuses on geophysical flows—like ocean currents and winds—which are crucial for weather, climate prediction, and environmental health. Despite recent advancements in climate measurement, the integration of AI and applied mathematics is poised to significantly enhance understanding of these dynamics.
Led by Laure Zanna from NYU’s Courant Institute, the center intends to develop new methodologies that marry physics-based approaches with AI for better climate simulations. Research will explore multiscale interactions and rare events, such as extreme weather phenomena, improving prediction accuracy and informing policymakers and the private sector.
The center will also foster interdisciplinary training for scientists and host workshops and fellowships to ensure future researchers are equipped to tackle these complex challenges. Faculty will include specialists from computer science, data science, and applied mathematics, reflecting a holistic approach to understanding and predicting climate behavior.
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