#AI4PEX research focus 3: Atmosphere
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
December 29, 2024 at 2:00 PM
#AI4PEX research focus 3: Atmosphere
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
We will build new data-driven, yet physics-aware, ML-based #hybridmodels to better represent #CloudFeedbacks and related processes that occur on scales smaller than the ESMs’ model grid.
Understanding cloud feedbacks could refine climate models, leading to more accurate forecasts. This knowledge may influence policy decisions and climate adaptation strategies, shaping a sustainable future. #ClimateScience #CloudFeedbacks
August 17, 2025 at 12:53 PM
Understanding cloud feedbacks could refine climate models, leading to more accurate forecasts. This knowledge may influence policy decisions and climate adaptation strategies, shaping a sustainable future. #ClimateScience #CloudFeedbacks