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Thuerey Group at TUM

@thuereyGroup • 3,144 subscribers

Our focus is to develop numerical methods for physics simulations with deep learning techniques.

Shorts

$Congrats to Mario 👏 for the accept of his ICLR paper on "Diffusion Graph Nets", predicting complex distributions of flow states on unstructured meshes Highly efficient, works even if the training data has only a fraction of the flow statistics.$

Congrats to Mario 👏 for the accept of his ICLR paper on "Diffusion Graph Nets", predicting complex distributions of flow states on unstructured meshes Highly efficient, works even if the training data has only a fraction of the flow statistics.

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Congratulations also to Patrick 👍 for his #ICLR paper on Temporal Difference (TD) learning , in it We solve the decades-old puzzle of why TD can solve complex RL tasks that Gradient Descent cannot.

Congratulations also to Patrick 👍 for his #ICLR paper on Temporal Difference (TD) learning , in it We solve the decades-old puzzle of why TD can solve complex RL tasks that Gradient Descent cannot.

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I'm excited to share our paper "Flow Matching for Posterior Inference with Simulator Feedback" 🤩 The key idea is to incorporate physics-constraints with guiding so that the posterior isn't biased. Highly accurate solutions, better than pure learning!

I'm excited to share our paper "Flow Matching for Posterior Inference with Simulator Feedback" 🤩 The key idea is to incorporate physics-constraints with guiding so that the posterior isn't biased. Highly accurate solutions, better than pure learning!

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Get ready for the PDE-Transformer: our new NN architecture tailored to scientific tasks. It combines hierarchical processing (UDiT), scalability (SWin) and flexible conditioning mechanisms. The paper shows it outperforming existing SOTA architectures 😁

Get ready for the PDE-Transformer: our new NN architecture tailored to scientific tasks. It combines hierarchical processing (UDiT), scalability (SWin) and flexible conditioning mechanisms. The paper shows it outperforming existing SOTA architectures 😁

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I'm happy to announce PhiFlow version 3.0! Just in time for #ICML2024 😀 There are many new features and improvements, such as unstructured meshes, particle processing, improved linear solves and more... Give it a try at:

I'm happy to announce PhiFlow version 3.0! Just in time for #ICML2024 😀 There are many new features and improvements, such as unstructured meshes, particle processing, improved linear solves and more... Give it a try at:

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I'm excited to share our latest work: AeroTransformer — a step toward bringing the foundation model paradigm to real-world aerodynamic design. Code & models: Paper:

I'm excited to share our latest work: AeroTransformer — a step toward bringing the foundation model paradigm to real-world aerodynamic design. Code & models: Paper:

Thuerey Group at TUM

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