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    Alex Routh

    Alex Routh is a Professor of Colloid Science at the University of Cambridge, based in the Department of Chemical Engineering & Biotechnology.12 His research spans a wide range of physical science topics, including encapsulation, friction modification, pattern formation during drying of dispersions, stratification and ordering in drying films, industrial process modelling for energy efficiency, neutron scattering, and reflectivity.2

    Academic Background

    Professor Routh completed his B.A. and MEng in Chemical Engineering at the University of Cambridge in 1995, followed by a PhD in Chemical Engineering from Princeton University in the United States in 2000.12 Before joining Cambridge, he held positions as a post-doctoral researcher at the University of Bristol and as a lecturer in Chemical Engineering at the University of Sheffield.2

    Recent Work

    In recent years, Professor Routh has been examining the drying of blood droplets with the aim of developing inexpensive diagnostic devices.2 His research group has published numerous papers in prestigious journals, with recent publications in 2024 and 2025 focusing on topics such as multicore silica microcapsules, optical absorbance profilometry for tracking particle redistribution in colloidal droplets, and front-tracking and gelation in sessile droplet suspensions.2

    Professor Routh's expertise in colloid science and his innovative research have established him as a prominent figure in his field at the University of Cambridge.

    Highlights

    Jan 1 · ieef.cam.ac.uk
    Prof. Alexander Routh - Institute for Energy and Environmental Flows
    Apr 19 · psu.edu
    Routh Family gives $100000 through Penn State Parent ...

    Related Questions

    What are some of Alex Routh's most notable research projects?
    How has Alex Routh's work impacted the field of colloid science?
    What are the main themes in Alex Routh's publications?
    Can you provide examples of Alex Routh's contributions to energy efficiency?
    What is the significance of Alex Routh's work on drying blood droplets?
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    Location

    Vancouver, British Columbia, Canada