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Sarah L. Keller, Ph.D., University of Washington – Seattle  Vacuole Membranes of Hungry Yeast are Tiny, Living, Phase-Separating Thermostats Liquid-liquid phase separation in living biological membranes …

… Cell Rep. 2025). The length and lifetime of loops formed by cohesin (‘cohesin loops’) is limited by WAPL, which can release cohesin from chromatin (Kueng, Cell 2006 …

Margaret Gardel, Ph.D., University of Chicago Mechanical Information Processing in Adherent Cells My lab studies how the movement and shape of living cells is controlled by living …

… Together, these studies identify a ligandable TRPV2 pocket that tunes gating and provide an in situ framework to relate TRP channel pharmacology to native lysosomal membrane architecture …

Yuanzhao Zhang, Ph.D., Santa Fe Institute Physics-Uninformed Machine Learning How much can we learn about a dynamical system when models are unavailable and data is limited …

Viviana Risca, Ph.D., Rockefeller University Probing Sub-kilobase Chromatin Fiber Folding and its Regulation The kilobase-scale architecture of chromatin effectively defines the epigenomic landscape on which …

Joe Howard, Ph.D., Yale University Branching Morphogenesis of Dendrites The highly elaborated branched morphologies of dendrites are responsible for the enormous diversity of neuronal cell types in …

William Irvine, Ph.D., University of Chicago Quiet Within, Chaos Without: Harnessing Turbulence for Function Across Scales Turbulence is synonymous with chaos, yet its velocity fluctuations are structured …

Antonio C. Costa | Paris Brain Institute, Sorbonne University  Comparing Dynamical Systems from Data: A Multiscale Approach Variability across realizations of dynamical systems is a hallmark of complexity, appearing …