July 2 – July 13, 2012 String theory is not just a quantum theory of gravity; it is also a powerful framework to address fundamental questions about our world. String phenomenology attempts to derive testable predictions for our four-dimensional world from the fundamental 10/11 dimensional string/M-theory. Significant progress has been made in this direction in … Read more
Organized by Dan Freed, Constantin Teleman and Greg Moore This final workshop of the Algebraic Topology with Applications to Physics program presents recent ideas at the interfaces of topology, higher algebraic structures, representation theory, quantum field theory, and integrable systems.
“In this workshop, we will bring algebraic geometers and string theorists together to discuss these topics and identify new topics of common interest. We particularly hope to attract algebraic geometers who have not actively worked on string-related topics before, and to this end the workshop will include a series of introductory lectures for mathematicians, one … Read more
Organized by Mike Douglas, Gordon Kane and Dave Morrison String phenomenology is the field which attempts to make contact between string theory and “real world” physics such as experiments at particle colliders, cosmology and astroparticle physics. Especially after the duality revolution of the 90’s, major progress has been made towards constructing string models which reproduce … Read more
Organized by Paul Fendley (University of Virginia), Andreas Ludwig (UCSB), Xiao-Liang Qi (Stanford), Nicholas Read (Yale), Steven Simon (Oxford) and Zhenghan Wang (Microsoft Station Q) A topological phase of matter can be broadly defined as a (quantum-mechanical) phase of matter in which the ground state has a gap for all local excitations. This … Read more
Organized by Peter Ozsvath, Olga Plamenevskaya, and Mohammed Abouzaid The conference will explore the connections between low-dimensional topology and symplectic geometry. This workshop is a part of the Spring 2013 program Low Dimensional Topology Organized by Peter Ozsvath
Organized by Mike Douglas, Dave Morrison and Antonella Grassi This workshop will explore the recent progress in F-theory, including the detailed structure of elliptic fibrations on Calabi-Yau manifolds, techniques inspired by duality with the heterotic string, the role of flux, the relation to orientifold constructions, and applications to string phenomenology. Participants will include both mathematicians … Read more
Simons Center Seminar in Manhattan March 16, 2012, 10:30AM – 5:30PM The Simons Center is holding a one-day seminar event at the Stony Brook Manhattan Campus on Friday, March 16, 2012. The focus is theoretical high energy physics and string theory, and may be of interest to faculty, postdocs, and graduate students working in these … Read more
Supersymmetric Field Theories and Their Mathematical Implications Organized by Dan Freed, Constantin Teleman and Greg Moore Over the past two decades, ideas and methods from supersymmetric quantum field theory have spearheaded breathtaking advances in geometry and topology. This one-week graduate workshop will offer a basic introduction to the notions and language of the physics underlying … Read more
Organized by Mike Douglas, Kevin Costello and Arthur Jaffe Quantum field theory is a rich subject, with a long history in physics and in mathematics. In recent years it has inspired many profound developments in topology, in algebra and representation theory, and in analysis. Given the growing interest in the subject among mathematicians, it … Read more
