Prof. Thomas G. Mason's physical chemistry laboratory at UCLA: microrheology, nanoemulsion, dispersion, microfluidics. Lab members: Thomas G. Mason Microrheology, microfluidics, rheology, particle tracking, glass, glasses, gels, dynamic mechanical shear properties, viscoelastic soft materials, aggregation, slippery aggregation, Shear-induced structures in complex fluids, emulsification, shear-banding, shear-ordering, Neutron scattering, light scattering, nanomaterials, asphaltenes, clays, droplets, polymers, Directed assembly, nanoparticles, solution, shape-dependent attractive interactions, John McTague Career Development Chair, National Science Foundation Graduate Research Fellow, Joseph Henry Prize in Physics, Summa cum Laude in Physics and Electrical Engineering, University of Maryland, College Park, Chancellor's Scholar Thomas Cubaud, microfluidics, microfluidique, dewetting, wetting, interface, bubble, microbubble, small scall fluid dynamics Soft Matter Physics, Interfaces, and Micro-Scale Fluid Dynamics: Viscous instabilities and reactive flows in microfluidics Formation, transport, and separation of multiphase flows in microsystems Foam and emulsion rheology Wetting, dewetting, and coalescence UCLA Chancelor's Award for Postdoctoral Research American Physical Society, Division of Fluid Dynamics (APS-DFD): Award-winning video of the Gallery of fluid Motion Exhibit: "Folding of viscous threads in microfluidics" Connie Chang I am a Doctor of Philosophy candidate under the direction Dr. Thomas Mason UCLA Department of Chemistry and Biochemistry self-assembly Kieche Meleson formulations of nanoemulsions metastable heterogeneous mixtures immiscible liquid phase dispersed in another immiscible liquid food products cosmetics oil recovery pharmaceuticals shear rate, oil volume fraction, and surfactant concentration on the droplet size of an emulsion Sara M. Graves formation and structure of nanoemulsions extreme shear Brownian motion Ultracentrifugation monodispersity volume fraction droplets droplet aggregation small angle neutron scattering coalesce stability optical properties of nanoemulsions transmission radius Jim James Wilking inorganic chemistry macroscopic rheological properties spectroscopy applied oscillatory stress Complex fluids soft matter colloidal chemistry nonlinear rotational microrheology microstructure rheology and microrheology of nanoemulsion light and neutron scattering studies of nanoemulsions