"Nvidia said that the Apollo family of models will allow developers to integrate real time capabilities into their simulation software in areas such as defect detection, computational lithography, and electrothermal and mechanic design for electronic devices and semiconductors, structural analysis, weather forecasting and simulation, computational fluid dynamics, electromagnetics, and simulation in nuclear fusion, plasma simulation, and fluid structure interaction."
"Nvidia has turned AI-driven physics into a fully industrialized model family spanning semiconductors, structural mechanics, materials science, weather, climate, automotive aerodynamics, and more. These are not research curiosities. When tsunami forecasting models run billions of times faster, or when petabytes of materials data are folded into real-time inferences, the scientific method itself shifts. Apollo ensures that this shift occurs inside Nvidia's ecosystem. Once engineers, climate"
Nvidia unveiled Apollo, an open-source family of AI models for physics, intended to add real-time capabilities to simulation software across numerous domains. Apollo targets applications including defect detection, computational lithography, electrothermal and mechanical design for electronics and semiconductors, structural analysis, weather and climate forecasting, computational fluid dynamics, electromagnetics, fusion and plasma simulation, and fluid-structure interaction. The family will provide pretrained checkpoints and reference workflows for training, inference, and benchmarking and will be available on HuggingFace, build.nvidia.com, and as Nvidia NIM microservices. Analysts warn that broad ecosystem integration could create vendor lock-in risks as Nvidia expands control of the full stack.
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