Essentially, he’s combining his background in environmental microbiology with his knowledge of materials for three main goals: killing bad microbes, using new materials to grow good microbes to clean waste water, and creating new processes to monitor microbes.Joining the community of multidisciplinary principal investigators at the Petit Institute are: Kyle Allison, Joseph Brown, Anthony Clavo, Colleen Coulter, Stephen Diggle, Eva Dyer, Neha Garg, Seth Hutchinson, Brent Keeling, Rebecca Levit, Cassie Mitchell, Thomas Orlando, John Peroni, Jerry Qi, James Rains, Lewis Wheaton, Marvin Whiteley, C.P. Special thanks to Steve Diggle, Professor Roberta Frank, Alexandra Reider and Justin Park (our Old English readers), Gene Murrow from Gotham Early Music Scene, Marcia Young for her performance on the medieval harp and Collin Monro of Tadcaster and the rest of the Barony of Iron Bog. Yunker’s research team is all about the “Soft Matter of Life and Death” – they research the soft matter physics underlying squishy materials and living creatures, disparate systems united by a focus on nonequilibrium systems (like human beings). Steve Diggle, University of Notthingham • Georgia Tech, EBB 1005 ... Credit: International Thwaites Glacier Collaboration / Georgia Tech / Schmidt lab. • Steve Diggle, associate professor, School of Biological Sciences. Get Started Brown’s research and teaching interests straddle the intersection of environmental engineering and public health, including water infrastructure sustainability, detection methods for pathogens and pathogen indicators in the environment, water treatment technology characterization and innovation, and human health effects of exposure to waterborne pathogens.• Peter Yunker, assistant professor, School of Physics. Xie’s research is focused on the applications of innovative materials and processes for sustainable and reliable water and energy.
They are also pioneering work in 4D printing, in which soft active materials are integrated with 3D printing to enable shape change.Grant to focus on developing engineered experimental therapeutics technologies to understand the mechanism of resistance in diffuse large B cell lymphoma (DLBCL) and enable the translation of a new therapeutic to treat cancer patients better.• Joseph Brown, assistant professor, School of Civil and Environmental Engineering at Georgia Tech. She is principal investigator of the Laboratory for Pathology Dynamics, which uses a combination of computational, analytical, and informatics-based techniques to identify complex disease etiology, predict new therapeutics, and optimize current interventions.• Seth Hutchinson, professor, School of Interactive Computing. View Steve Diggle's business profile as Associate Professor at Georgia Institute of Technology.
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