Micron-sized colloid particles diffusing through a fluid experience hydrodynamic inertial and memory effects, the latter causing velocity autocorrelation to decay as a power law. At the same time, many theoretical descriptions treat colloidal diffusion in a fluid using overdamped Langevin dynamics for its convenience,...
Benjamin Sorkin, Gunther Turk, Howard A. Stone· 1 citation
Micron-sized particles moving through a fluid are subject to viscous resistance and thermal fluctuations. Beyond steady Stokes friction, colloids also exhibit hydrodynamic memory effects arising from conservation laws of the surrounding fluid. Although fluid-flow problems in complex geometries and confinements are ofte...
Benjamin Sorkin, Gunther Turk, Howard A. Stone· 1 citation
The last decade has seen the development of powerful methods for learning complex structure from high-dimensional data. These advances have brought to the foreground fundamental connections between subdisciplines of physics, applied mathematics, and machine learning. In this review, we bring together some of these idea...
Emmy Blumenthal, Nikolas H. Claussen, Benjamin Eysenbach et al.· arXiv.org· 0 citations
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