In mid-November of last year, Professor Teresa Kovacs was able to bring a piece of German experimental theater to Bloomington’s campus with the conference Diffractive World-Making: Theatre & Science Beyond the Capitalocene.
You are most likely to see the term “diffraction” in a scientific context: it is the way that particles bend, interact with, and are shaped by moving around obstacles. When applied to light, diffraction can be thought of as the way that the particles and waves warp and pass through lenses. However, theoretical physicist and feminist theorist Karen Barad does not take such a straightforward approach: in their writing, diffraction makes everything both old and new, here and there, individual in isolation and constantly in conversation with everything else. These types of seemingly contradictory notions appear all over quantum physics, but what happens when you take these concepts out of science and bring them into art?
For Teresa Kovacs this question is at the core of her academic research as assistant professor of Germanic Studies and adjunct assistant professor in the Department of Theatre, Drama and Contemporary Dance. Her focus is on how theatre makers push this artform beyond the “traditional notion of drama” and into our technoscientific age. With experimental German theatre as the backdrop, Kovacs explores how by turning convention on its head and questioning what the fabric of theatre—performance—really is, playwrights actively converse with the most pressing political, social, and scientific concepts of our time.
“It really started with this idea of bringing just one playwright together with one theorist… what happens if the two of them meet?” Kovacs muses. This simple premise led her to move the theoretical into the practical, working with Berlin-based playwright Kevin Rittberger to create an in-person conference to answer just that. As one of Barad’s texts spoke of meeting the universe halfway, Kovacs cultivated a joining of minds: “Let’s do this meeting halfway between theatre and quantum physics.”
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