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| Current Projects | |||
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Shear Thickening | ||
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Stress Propagation in Sheared Extracellular Gels | ||
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Reconstituted Silk Fibroin Gels | ||
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Confocal-Rheology of Active Microtubule Networks | ||
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Microscopic Force Rearrangements in Sheared Emulsions | ||
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Stress Distributions in Sheared Colloidal Hard Spheres | ||
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Microtubules Under Confinement | ||
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Traversing the Glass Transition with P-NIPAM Microgels |
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John F. Templeton Foundation -- #57392 Emergence of Cytoplastic Dynamics Using Active Matter: A Biokleptic Approach to Quantifying the Matter of Life AFOSR/Chemistry and Life Sciences -- Natural Helical Filaments for High Performance and Responsive Materials |
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Dept. of Commerce/NIST -- Developement of flow-SANS/GINS Environments for High Shear Rate Processing of Complex Fluids |
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Deformations in Biopolymer Networks DMR: 0804782 CAREER: Using Three-Dimensional Confocal Rheology to Measure Shear Induced Microstructural Deformations in Colloidal Glasses. DMR: 0847490 MRI: Acquisition of Light Scattering Instruments for Nanoparticle Characterization DMR: 0923316 |
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Investigating the Micro-Mechanical Properties of Hydrogel Glasses Using Confocal-Rheology 49778-DNI7 |