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Arjun G. Yodh is the James M. Skinner Professor of Science and the Director of The Laboratory for Research on the Structure of Matter (LRSM) and its NSF-supported Materials Science and Engineering Center (MRSEC) at the University of Pennsylvania. Physics & Astronomy is his home department; he has a secondary appointment in the Department of Radiation Oncology in the Medical School, and he is a member of the Bioengineering Graduate Group and the Materials Science and Engineering Graduate Group. Yodh is also a member of several interdisciplinary institutes at Penn including, The Laboratory for Research on the Structure of Matter (LRSM), the Center for Magnetic Resonance and Optical Imaging (CMROI) and the Abramson Cancer Center.
Yodh’s research at Penn has spanned a wide range of fundamental and applied investigations in condensed matter physics, medical physics, biophysics, and optical science. This work includes early contributions to the nonlinear optics of solid-solid interfaces, and fundamental research in soft matter including studies of melting and frustration in colloids and liquid crystals, design and measurement of entropic forces, stabilization of carbon nanotubes in solution, and discoveries about the role of particle anisotropy in phenomena ranging from Brownian motion to coffee rings. He has also done pioneering work in biomedical optics, demonstrating and clinically translating concepts in light diffusion for noninvasive imaging and monitoring of tissue blood flow, hemodynamics, metabolic responses, and therapeutics in cancer and brain.
Yodh’s research at Penn has spanned a wide range of fundamental and applied investigations in condensed matter physics, medical physics, biophysics, and optical science. This work includes early contributions to the nonlinear optics of solid-solid interfaces, and fundamental research in soft matter including studies of melting and frustration in colloids and liquid crystals, design and measurement of entropic forces, stabilization of carbon nanotubes in solution, and discoveries about the role of particle anisotropy in phenomena ranging from Brownian motion to coffee rings. He has also done pioneering work in biomedical optics, demonstrating and clinically translating concepts in light diffusion for noninvasive imaging and monitoring of tissue blood flow, hemodynamics, metabolic responses, and therapeutics in cancer and brain.
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arxiv(2023)
Daniel J. Licht,Marin Jacobwitz,Jennifer M. Lynch,Tiffany Ko, Timothy Boorady,Mahima Devarajan, Kristina N. Heye,Kobina Mensah-Brown,John J. Newland,Alexander Schmidt,Peter Schwab, Madeline Winters,
JOURNAL OF THE AMERICAN HEART ASSOCIATIONno. 7 (2023): e025516-e025516
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Christopher G. Favilla,Grayson L. Baird, Kedar Grama, Soren Konecky,Sarah Carter, Wendy Smith, Rebecca Gitlevich, Alexa Lebron-Cruz,Arjun G. Yodh, Ryan A. McTaggert
medrxiv(2023)
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Stroke: Vascular and Interventional Neurologyno. S2 (2023)
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