School of Humanities and Sciences
Showing 101-120 of 644 Results
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Kyoko Sato
Academic Prog Prof 1, Science, Technology and Society
BioKyoko Sato is Associate Director of the Program in Science, Technology, and Society at Stanford University. Her research examines technoscientific governance in Japan and the United States. She is currently co-editing a collective volume (with Soraya Boudia and Bernadette Bensaude Vincent), Living in a Nuclear World: From Fukushima to Hiroshima, an interdisciplinary post-Fukushima reflection on the development of the global nuclear order. She has conducted fieldwork in various areas affected by nuclear technology (e.g., Fukushima, Hiroshima, Nagasaki; communities surrounding TMI, Hanford site, and other facilities; Church Rock) to examine the dynamics and relationships among global and national nuclear governance, expertise, and democratic citizenship. She is part of Comparative Covid Response, an on-going study on the pandemic response of 16 countries (led by Steve Hilgartner and Sheila Jasanoff). Her previous work examined interdisciplinary knowledge production in the United States and the politics of genetically modified food in France, Japan, and the United States. She has published in journals such as Science, Technology and Human Values; East Asian Science, Technology and Society; Theory and Society; and 科学技術社会論研究 (Journal of Science and Technology Studies; in Japanese) and book chapters on the Fukushima disaster both in English and in Japanese. She worked as a journalist in Tokyo before pursuing her PhD in sociology from Princeton University.
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Debra Satz
Vernon R. and Lysbeth Warren Anderson Dean of the School of H&S, The Marta Sutton Weeks Professor of Ethics in Society and Professor, by courtesy, of Political Science
Current Research and Scholarly Interestspolitical philosophy,ethics and economics, equality
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Jack Joseph Scala
Undergraduate, Biology
BioMember of the Snyder Laboratory
Teaching Assistant in the Department of Pediatrics for PEDS 220: COVID-19 Elective -
Johannes Daniel Scharwies
Postdoctoral Scholar, Biology
BioJohannes received his BSc from the Leibniz Universität Hannover (Germany) in Plant Biotechnology in the Fruit Science laboratory of Prof. Moritz Knoche. Inspired by research on water relations of fruit in the Knoche laboratory, Johannes joined the group of Prof. Stephen Tyerman at The University of Adelaide (Australia) with funding through the German Academic Exchange Service. Initially, his work focused on hydraulic properties of grape clusters for which he received his MSc in Agricultural Science. Afterwards, he joined the ARC Centre of Excellence in Plant Energy Biology through the Tyerman laboratory and specialised in molecular plant physiology by studying the role of aquaporins in plant responses to drought for a PhD. He investigated aquaporins, which are molecular channels in plant membranes that provide a gating mechanism for water fluxes and other small molecules, through a combination of gene expression analysis and utilization of transgenic overexpression and CRISPR-Cas9 knockout lines. His work was funded by the highly competitive Adelaide Scholarship International and a Supplementary Scholarship provided by the ARC Centre of Excellence in Plant Energy Biology. In April 2018, Johannes joined the laboratory of Prof. José Dinneny at Stanford University as a Postdoctoral Scholar.
Johannes' research focuses on plant hydraulics from a molecular scale up to whole plants. He is interested on how plants perceive and adapt to changes in the environment in particular related to water. This ranges from developmental decisions to molecular control of water movement, for example through aquaporins.
In the group of Prof. José Dinneny, he is investigating how lateral root branching responds to moisture availability, a phenomenon termed hydropatterning. He uses his expertise to design novel phenotyping systems to characterise lateral root branching across a wide range of diverse corn inbred lines. These technologies enable the use of population genetics approaches to detect genotype-phenotype associations with the aim to understand causal genetic variants and study how phenotypic plasticity is shaped through breeding.
