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This repository explores the application of PINNs to simulate and understand complex systems exhibiting multiple timescale dynamics. PINNs are employed to capture intricate behaviors involving both rapid and slow processes, providing a flexible tool for modeling diverse phenomena with varying timescales in the realm of physics and engineering.

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Hamid-Mofidi/PINNs_on_Multiple_timescale_dynamics

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PINNs_on_Multiple_timescale_dynamics

This repository explores the application of PINNs to simulate and understand complex systems exhibiting multiple timescale dynamics. PINNs are employed to capture intricate behaviors involving both rapid and slow processes, providing a flexible tool for modeling diverse phenomena with varying timescales in the realm of physics and engineering.

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This repository explores the application of PINNs to simulate and understand complex systems exhibiting multiple timescale dynamics. PINNs are employed to capture intricate behaviors involving both rapid and slow processes, providing a flexible tool for modeling diverse phenomena with varying timescales in the realm of physics and engineering.

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