School of Humanities and Sciences
Showing 2,361-2,380 of 6,264 Results
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Caitlin Nicole Hubbard
Assistant Professor of English
BioCaitlin Hubbard is a scholar of early modern theater and performance history, specializing in Restoration drama, the seventeenth-century court masque, and Shakespeare.
Her research focuses on the way that the practicalities and materiality of the stage space affect dramatic literature at the level of form. Her current book project, Reading Between the Scenes: Spectacle as Action and Idea in Early Modern English Theater, analyzes how the evolution of theater architecture and set design throughout the seventeenth-century, including the move from outdoor to indoor theaters and the introduction of changeable scenery, formally restructured both the craft of playwrighting and the experience of reading drama.
Courses she teaches include The Shakespearean Stage, in which students take on the roles and recreate the documents used by an early modern playing company to experience how performance transforms text, and What Women Want in Medieval and Renaissance Literature, which recenters female voices and female desire in the canon of early English literature. -
Wray Huestis
Professor of Chemistry, Emerita
BioProfessor Wray Huestis’ research concerns the molecular mechanisms whereby cells control their shape, motility, deformability and the structural integrity of their membranes. Metabolic control of interprotein and protein-lipid interactions is studied by a variety of biochemical, spectroscopic and radiochemical techniques, including fluorescence and EPR spectrometry, autoradiography and electron microscopy. The role of lipid metabolism and transport in regulating the fluid dynamics of cell suspensions (red blood cells, platelets, lymphocytes) is examined using circulating cells and cells grown in culture. Cell-cell and cell-liposome interactions are studied using model membrane systems with widely differing physical properties. Complexes of liposomes and encapsulated viruses are used as selective vectors to deliver water-soluble compounds across the membranes of intact cells. The particular projects described in the listed publications have as a common goal an understanding of the molecular workings of the cell membrane.
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Albert Hughes
Product Owner, H&S Dean's Office
Current Role at StanfordI am a member of the H&S IT Web Services team, which advises, builds and supports the web presence of H&S units.
As Product Owner, I support all 100+ units on the H&S Drupal content management platform. My responsibilities include managing ongoing software development efforts, as well as overseeing the longer-term roadmap of the platform.
