Research interests include fluid mechanics, ion-induced nucleation, electrified interfaces (Taylor cones, electrosprays), experimental techniques for analysis of nanoaerosols, ion mobility instrumentation, mass spectrometery, electrical propulsion and real time vapor analysis.
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We are a research group in the Department of Chemistry and Theoretical Chemistry Institute at UW-Madison. We develop and apply a multitude of theoretical and computational methods to tackle some of the most challenging and exciting problems in molecular biophysics. We collaborate with many research groups both on and off the UW-campus. Feel free to explore
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Anthony has over 10 years of experience leading multi-disciplinary research teams to improve our understanding of climate change impacts on global water resources. He designs innovative research programs that leverage modern, data-driven solutions to discover drivers for and impacts of climate change.
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The goal of our laboratory is to develop an independent and multidisciplinary research program at the interface of biomaterials, controlled drug delivery, and tissue engineering. We use interdisciplinary approach to build biomimetic microenvironments in vitro based on our expertise in the Pharmaceutical Sciences, Materials Sciences, Cell Biology and Micro/nanotechnologies. Specifically, we aim to develop tissue-engineered tumor models
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My research centers on the controls on, and the impacts of, sedimentation in continental settings. Presently, the research I do falls within two different themes; documenting recent sedimentation in African lakes and its impacts on biologic and human systems, and interpreting long-term climatic signals from late Paleozoic eolian and lacustrine strata. Please visit the link
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Vinod Srinivasan earned his Ph.D. in mechanical engineering from the University of Minnesota. Research in the Lab investigates fundamental transport phenomena that are often critical to energy production, storage and conservation. Major areas of research include phase change heat transfer relevant to Rankine cycle based thermal power plants, electro-hydrodynamic heat transfer for enhancing condensation and
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Current Research Active polymer materials and interfaces Our group works on a variety of projects related to soft and stimulus-responsive polymer films that can be dynamically reconfigured to change their structures and properties. We take advantage of mechanical instabilities and patterned growth as mechanisms to drive structural transformations. Self assembly of polymers and particles We
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I like to design algorithms for solving problems in the areas of communication networks, social networks, cloud computing and machine learning, using mathematical tools from probability, optimization, control theory and game theory.
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The Origins Laboratory was created in 2004 at the University of Chicago as part of the Department of the Geophysical Sciences and Enrico Fermi Institute. Our interests are closely tied to the question of origins. Which processes governed the synthesis of the elements? How did matter expelled from the successive generations of stars contribute to
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