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10:30-12:30 |
14:00-16:00 |
16:15-18:15 |
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Mon, March 24
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Tue, March 25
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drinks and snacks
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Wed, March 26
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Thu, March 27
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dinner at the Royal Bengal
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Fri, March 28
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Sat, March 29
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All talks will take place in room B3.02 of the Mathematics Institute at the University of Warwick.
Lecture notes of Marcos Mariño's talks can be found here.
Boris Dubrovin: Frobenius manifolds and integrable hierarchies
Claus Hertling: tt* geometry and oscillating integrals
tt* geometry is a generalization of variation of Hodge structures.
It was considered first by Cecotti, Vafa and Dubrovin.
An important case where it turns up are functions with isolated
singularities on affine manifolds (Landau-Ginzburg models) and
their oscillating integrals.
In the lectures I will present a frame for tt* geometry, called
TERP-structures, and I will discuss the realization via oscillating
integrals.
Then I will talk about nilpotent orbits and classifying spaces,
which generalize work of Schmid, Griffiths, Cattani and Kaplan.
In the irregular case the interplay with Stokes data is important.
Relations to harmonic bundles and to recent work of Sabbah and T. Mochizuki
will also be discussed.
Marcos Mariño: Topological
Strings, Matrix Models, and Nonperturbative Effects
[
lecture notes]
In these lectures I will explain the
connection between topological string theory on toric Calabi-Yau
manifolds and random matrices. I will start by reviewing the basics of
topological strings, local mirror symmetry, and random matrices. Then I
will explain the basic conjectures and work out some illustrative
examples. Finally, I will explain how this connection makes possible to
compute instanton effects for this class of topological string
theories, and sketch some connections between topological strings and
the theory of resurgent functions.
Johannes Walcher: B-model Fusion
These lectures will cover a variety
of topics that form the background for current understanding of B-model
topological string on Calabi-Yau manifolds.
Physics: Origin of topological-antitopological fusion in twisted N=2
theories; D-branes in N=2 theories; special geometry and holomorphic
anomaly equation; superpotentials and holomorphic Chern-Simons theory.
Mathematics: Variation of Hodge structure; normal functions and their infinitesimal invariants; matrix factorizations.