For more information about this meeting, contact Nigel Higson, Mari Royer.
|Title:||String theory on elliptic curves: topology, algebraic geometry, and physics|
|Seminar:||Department of Mathematics Colloquium|
|Speaker:||Jonathan Rosenberg, University of Maryland|
|Supersymmetric string theory in 10 dimensions is the leading candidate for a unified theory of all the fundamental forces of nature. For maximal supersymmetry, it is usually assumed that space-time is the product of flat Minkowski spacetime with a compact Calabi-Yau manifold (a complex manifold with trivial canonical bundle). The simplest Calabi-Yau manifold is an elliptic curve, and in joint work with Chuck Doran and Stefan Mendez-Diez of the University of Alberta, we have recently made a thorough study of all "orientifold" string theories on elliptic curves (crossed with flat spacetime). I will explain how our findings illustrate deep connections between algebraic topology, algebraic geometry, and physics.|
Room Reservation Information
|Date:||04 / 24 / 2014|
|Time:||03:35pm - 04:25pm|