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Many open problems in cellular biophysics can be approached using the tools of continuum mechanics and classical physics. My group has been actively trying to contribute to this field, with a focus on problems involving the interactions of cells with a viscous fluid. Some of our past projects include the synchronization between cellular appendages (flagella or cilia), the hydrodynamic interactions between swimming cells and their resulting collective locomotion, the derivation of the energetically-optimal modes of locomotion for eukaryotic and prokaryotic organisms, and the stochastic behavior of self-propelled cells.
Physical Hydrodynamics
Flows in microfluidic devices are dominated by the effects of geometry and surface forces. Capillarity, one of the oldest branches of classical fluid mechanics, is relevant on length scales below millimeters. More broadly, problems in small-scale fluid mechanics are beautiful examples of the need for an interdisciplinary approach to problem solving, often requiring the combination of different aspects of classical physics to make new discoveries. Some of my past topics of interest in this field include the dynamics of particle streams and suspensions, quantifying the geometry and friction of super-hydrophobic surfaces, micro-rheology, inertia-less mixing, modelling capillary folding, electrokinetic flows, flow stability at small scales, capillary self-assembly, and developing new models to quantify wall slip.
研究兴趣
论文共 342 篇作者统计合作学者相似作者
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arxiv(2024)
Royal Society open scienceno. 6 (2023): 230223
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JOURNAL OF FLUID MECHANICS (2023)
eLightno. 1 (2023): 1-17
bioRxiv (Cold Spring Harbor Laboratory) (2023)
PHYSICAL REVIEW FLUIDSno. 6 (2023)
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JOURNAL OF FLUID MECHANICS (2023)
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Pyae Hein Htet,Eric Lauga
JOURNAL OF THE ROYAL SOCIETY INTERFACEno. 208 (2023): 20230428-20230428
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