@GabriCorso
Gabriele Corso
1 year
Generative models are necessary to fully capture uncertainty and conformational flexibility of protein structures, but how can we build such models? At the ICLR MLDD workshop, we'll present EigenFold, work led by Bowen Jing with undergrad students Ezra Erives and @peterpaohuang !
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@GabriCorso
Gabriele Corso
1 year
@peterpaohuang Preliminary manuscript: Code: For any question reach out to Bowen by email!
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@NeilDeshmukh
Neil Deshmukh
1 year
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@LindorffLarsen
Kresten Lindorff-Larsen
1 year
@GabriCorso @br_jimenez @peterpaohuang Very cool! The Eigenmode projections reminded me of some old work where we showed that the overall structure of the protein universe—as encoded by SCOP—remains, even if one calculates the "topological" similarity between smoothened chain representations.
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@dom_beaini
Dominique Beaini @ ICLR 2024
1 year
@GabriCorso @peterpaohuang Super cool work, as usual! Reminds me a lot of Fourier Shape Descriptors from my time in computer vision, visualized nicely by @3blue1brown
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@dom_beaini
Dominique Beaini @ ICLR 2024
1 year
@GabriCorso @peterpaohuang What's interesting is that diffusion models usually work the other way around. With more "forward noise" steps, the signal becomes mainly high-frequency and you lose all the low frequency signal. Here, it's the opposite. You destroy the high-frequency while preserving lower freq
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