dr. U (Uddalok) Sen

dr. U (Uddalok) Sen

Universitair docent

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Biography

Biography

Udo is an applied physicist fascinated by the ubiquity of soft matter science in both living systems as well as technological applications. Udo leads the PhySM - Physics of Soft Matter team within the Physical Chemistry and Soft Matter group at WUR. Trained as an experimental physicist and applied mathematician, Udo, along with the PhySM team, tackles interdisciplinary questions in both living and non-living soft matter from the point-of-view of hydrodynamics and continuum mechanics. The PhySM team strongly believes in "seeing the unseen" and "explaining the unknown", and attempts to do so using table-top experiments, (ultra) high-speed microscopy, mathematical modeling, and numerical simulations. Some of the ongoing projects in the team are related to crystallization, bottom-up assembly of colloidal materials, functional fluid interfaces, adhesion of insects, biophysics in developmental biology, and microbial response to climate change.

For more information, and the latest on Udo and the PhySM team's research, please visit the PhySM - Physics of Soft Matter team webpage: https://www.physm-lab.org

About

Personal information

Address

Stippeneng 4, 6708WE, WAGENINGEN

Postal address

Postbus/POBox 8038, 6700EK, WAGENINGEN

Building

Helix, 124, 7075

Secretary

+31317480419

Expertise

Physical chemistry, Physics, Biofilms, Chemical engineering, Coatings, Colloids, Confocal microscopy, Cytoskeleton, Experiments, Fermentation kinetics, Finite element analysis, Flocculation, Flow visualization, Fluid mechanics, Fluorescence, Fluorescence microscopy, Foaming, Food engineering, Food process engineering, Desalination, Differential equations, Dynamic modeling, Dynamic systems, Algae, Liquid crystals, Marine microorganisms, Mathematical biology, Mathematical models, Mathematical physics, Mechanical properties, Mechanics, Microorganisms, Microscopy, Microtubules, Modeling, Models, Biophysics, Engineering, Food physics, Food sciences, Food sciences and technology, Mathematics, Polymers, Numerical mathematics, Numerical methods, Plankton, Programming, Rheology, Simulation, Surface chemistry, Surface rheology, Theoretical biology, Thermodynamics, Transport physics, Transport processes, Two-phase systems, Growth, Image analysis, Image processing, Interdisciplinary research, Fluorescence dynamics, Food emulsions, Food foams, Bifurcation analysis, Time series analysis, Drying methods, Numerical modeling, Mechanical engineering, Dynamic models, Microfluidics, Materials science, Suspensions, Granular materials, Complex systems, Microbe-microbe interactions, Cell imaging, Rheology, Microplastics, Science communication, 3d printing, Open Science, Polyelectrolytes, Biomoleculat condensates, Liquid-liquid phase separation - LLPS, High performance computing - HPC

Subdivision

Physical Chemistry and Soft Matter

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