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About this paper
Mario Massy, Sara Shamekh, Fabrizio Falasca, Matthieu Blanke
The authors introduce a probabilistic emulator whose stochastic transitions control energy injection and dissipation rather than fixing the state’s energy. It is tested on a partially observed two-timescale Lorenz–96 system under external forcing. The emulator tracks the reference mean response and remains bounded as oscillatory forcing grows, while its variance accuracy declines; diffusion becomes unstable as forcing reaches full amplitude.
Summary by alphaXiv.
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