School of Humanities and Sciences
Showing 11-20 of 38 Results
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Katerina Levinson
Postdoctoral Scholar, Iberian & Latin American Cultures
BioKaterina Levinson is a Postdoctoral Scholar in the Department of Iberian and Latin American Cultures at Stanford. She received her BA in Spanish and Great Texts (Baylor University), and a Masters in Spanish literature (University of Oxford). She completed her D.Phil from the University of Oxford in Medieval and Modern Languages (Spanish), which draws from research she conducted in Spain. Her doctoral thesis is entitled, "Iconographic Strength: Female Agency through Immaculist Devotion in Calderón’s Marian Autos Sacramentales." Her doctoral research elucidates early modern feminism through a historical, philosophical, and textual framework. Through analysis of the iconographic association of women with Mary's warrior prowess in the conquest of evil, her thesis argues that Calderón complicates notions of gendered virtue by applying virtues to women that were traditionally understood to be reserved for men. She previously held appointments as a Lecturer in ILAC at Stanford and as Stipendiary Lecturer of Medieval Spanish at St. Anne's College, Oxford.
Her current research investigates the promotion of female authority in colonial drama and poetry. Drawing on the intersection of religion, visual art, and literature, she examines how Marian narratives in the Americas functioned as a vehicle for elevating women within the colonial sphere, revealing the ways in which devotional discourse became a site of female agency and cultural negotiation. Her primary research interests lie in early modern Hispanic drama and poetry, Mariology, moral philosophy and literature, women and gender, early modern sensory perception. -
Warren Li
Postdoctoral Scholar, Mathematics
BioHello! I am a Stanford Science Fellow working in the Mathematics department. I am interested in the theory of nonlinear wave equations of mathematical physics, including the Einstein equations of General Relativity, the equations of gas mechanics, and related models. In particular, my research concerns a detailed understanding of "singularity formation" for such models, where energy is concentrated and interacts in such a way that the models, in some sense, break down. My focus is on understanding exactly how such a breakdown occurs and the physical implications.
