Scientific Organiser:
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Amihay Hanany, Imperial College London
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Yang-Hui He, City University London, Nankai University & University of Oxford
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Rak-Kyeong Seong, Korea Institute for Advanced Study
About:
Topics:
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New dualities and their geometric interpretations and graphical representations
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New field theories from new brane tilings
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Classification of brane tilings and the associated geometries
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Hilbert series and moduli spaces
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Combinatorics and number theory for brane tilings
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Connections to other fields: integrable systems, string scattering amplitudes, wall crossing
Speakers:
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Nathan Broomhead, Leibniz Universität Hannover - Discrete Derived Categories
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Gregg Musiker, University of Minnesota - Aztec Castles and Other Instances of Brane Tilings in Combinatorics
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Charlie Beil, University of Bristol - The Geometry of Non-Superconformal Dimer Theories
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Tom Bridgeland, University of Sheffield - Quadratic Differentials and Stability Conditions
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Richard Kenyon, Brown University - Integrability and Phase Transitions in the Graph Laplacian
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Francisco Morales, University of Rome - U-Folds From Calabi-Yau Geometries
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Massimo Bianchi, University of Rome - Mass Deformations of Brane tilings
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Domenico Orlando, École Normale Supérieure - What is the Next number? - Or - Sublattice Counting and Orbifolds
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Kazushi Ueda, Osaka University - Dimer Models and Group Actions
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Piljin Yi, Korea Institute for Advanced Study - GLSM Partition Functions, the Gamma Class, and Quantum Volume
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Noppadol Mekareeya, CERN - A Systematic Study of Instanton Moduli Spaces
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Stefano Cremonesi, Imperial College London - Coulomb Branches of 3d N=4 Superconformal Field Theories
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Kimyeong Lee, Korea Institute for Advanced Study - Exact Results on M5 Branes
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Alastair Craw, University of Bath - Reid's Recipe for Dimer Models
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Alastair King, University of Bath - Grassmannian Cluster Categories and Dimers on a Disc
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Jaemo Park, Pohang University of Science and Technology - Seiberg-Like Dualities in 2+1 Dimensions
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Yang-Hui He, City University London, Nankai University & University of Oxford - Eta Products, BPS States and K3 Surfaces