Stanford University
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Patricia Parker
Margery Bailey Professor of English and Dramatic Literature and Professor of Comparative Literature
BioPatricia Parker received her M.A. in English at the University of Toronto and taught for three years in Tanzania, whose President Julius Nyerere also translated Shakespeare into Kiswahili. After teaching at the University of East Africa, she completed her Ph.D. at Yale, in Comparative Literature, and taught for 11 years at the University of Toronto. First invited to Stanford as a Visiting Professor in 1986, she came to Stanford permanently in 1988 as a Professor in both English and Comparative Literature. She has also taught as a Visiting Professor at UC Berkeley and as a member of the core faculty at the School of Criticism and Theory (Cornell University, 1998). She is the author of four books (Inescapable Romance, a study of romance from Ariosto to Wallace Stevens; Literary Fat Ladies: Rhetoric, Gender, Property; Shakespeare from the Margins; and Shakespearean Intersections) and co-editor of five collections of essays on criticism, theory, and cultural studies, including Shakespeare and the Question of Theory and Women, Race and Writing in the Early Modern Period. She has lectured widely in France, Germany, Spain, Australia, New Zealand, the Czech Republic, and other parts of the world, as well as at Harvard, Yale, Berkeley, Chicago, Oxford, Cambridge, the Sorbonne, and other universities; as Gauss Seminar lecturer at Princeton, Shakespeare's Birthday lecturer at the Folger Shakespeare Library, Northrop Frye Professor lecturer at the University of Toronto, and Paul Gottschalk lecturer at Cornell University; and has served on the Advisory Board of the English Institute. In 2003-4, she organized an international conference and public festival at Stanford devoted to “Shakespeare in Asia.” She has also worked with students to create performance-based programs in the community. She currently teaches courses on Shakespeare (including Global Shakespeares), the Bible and Literature, Epic and Empire and other topics. In addition to books-in-progress on Shakespeare, rhetoric, race, and gender, she is the General Editor of the Stanford Global Shakespeare Encyclopedia, which will be released online as a global reference work free to anyone in the world with access to the internet.
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Quinn Mitsuko Parker
Ph.D. Student in Oceans, admitted Autumn 2023
Ph.D. Minor, Feminist, Gender, and Sexuality Studies
Research Assistant, OceansCurrent Research and Scholarly InterestsQuinn Parker studies social-ecological dynamics of small-scale fisheries, and their ties to gender equity, food security, and food sovereignty. She examines the cultural, socio-economic, and historical drivers that impact SSF governance, and how these governance models in turn affect resilience of and access to blue food systems.
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Suman Patra
Postdoctoral Scholar, Chemistry
BioDr. Suman Patra is a postdoctoral researcher in the Department of Chemistry at Stanford University, working under the mentorship of Prof. Edward I. Solomon. His research focuses on uncovering the mechanistic intricacies of non-coupled binuclear copper (NBC) enzymes, particularly tyramine β-monooxygenase (TBM), which catalyzes oxygen activation and selective C–H bond hydroxylation.His work integrates high-resolution spectroscopy, transient kinetics, and protein biochemistry to probe the formation, structure, and reactivity of short-lived copper-oxygen intermediates. As part of this effort, he performs cell culture and protein purification, enabling the isolation of active, recombinant copper enzymes for detailed spectroscopic and mechanistic studies. Through a multi-spectroscopic approach, primarily UV-Vis, CD, MCD, EXAFS, EPR, resonance Raman, and stopped-flow absorption spectroscopy, he investigates how the geometric and electronic structure of the active sites modulate reactivity and enable O₂ activation without direct Cu–Cu coupling.
Dr. Patra earned his Ph.D. in Chemistry from the Indian Association for the Cultivation of Science (IACS), Kolkata, under the supervision of Prof. Abhishek Dey, where he developed iron porphyrin-based electrocatalysts for the selective reduction of CO₂. His research emphasized mechanistic analysis using electrochemical methods coupled with in situ spectro-electrochemistry to monitor redox transitions and catalytic intermediates under applied potentials. These studies were complemented by density functional theory (DFT) calculations, which he used to model key intermediates, protonation pathways, and redox energetics, thereby providing molecular-level insight into how second-sphere interactions and ligand environments influence catalytic behaviour. His integrative experimental–computational approach provided a detailed understanding of structure-function relationships in multi-electron CO₂ reduction.
The mechanistic perspective and technical skillset developed during his doctoral work, particularly in combining spectroscopy, electrochemistry, and computation, now form the foundation of his postdoctoral research. His current studies extend those same principles to more complex metalloenzyme systems, addressing similar core questions about the role of electronic structure, metal-ligand coordination, and local environment in controlling reactivity. His long-term goal is to bridge synthetic and biological catalysis through a mechanistic lens, contributing to the development of efficient, selective systems for small-molecule activation and sustainable energy transformations.
Dr. Patra received his M.Sc. in Chemistry from the Indian Institute of Technology (IIT) Guwahati after qualifying the national IIT-JAM examination and completed his B.Sc. in Chemistry at St. Xavier’s College, Kolkata. Over the course of his academic training, he has cultivated a multidisciplinary research identity that spans coordination chemistry, spectroscopy, electrochemical catalysis, and theoretical modelling. His scientific vision centres on using spectroscopic and computational insight to guide the rational design of catalysts for environmentally relevant redox chemistry.
