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CFF unit is pleased to invite you to the seminar!
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Dr. Nobumoto Watanabe, Team Leader, RIKEN. Language: English, no interpretation.
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I will give a pedagogical introduction to field theories at large-N, with emphasis on vectors and matrices. I will also rapidly present the intermediate field formalism.
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Speaker: Aaron Yi Rui Low, National University of Singapore
Title: Adjustment matrices
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Speaker: Nick Davidson, Reed College
Title: Type P Webs and Howe Duality
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PhD Public presentation
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Title: Matrix Models and Topological Recursion
Abstract: Hermitian matrix models are simplest quantum gauge field theory, namely quantum gauge theory in zero dimensions, and their correlation functions can be computed by a mathematical framework, the so-called topological recursion. In this review talk, I first present properties of Hermitian matrix models such as the 1/N-expansion, Virasoro constraints, loop equations, and the associated spectral curve. I will then give a technical overview of how we can recursively solve the loop equations of Hermitian matrix models by utilising the geometry of the spectral curve. Collecting the key geometric features, I will define the topological recursion with great generalities which makes it possible to apply the topological recursion beyond Hermitian matrix models.
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TQM unit is pleased to invite you to the seminar.
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Analytical functions embedded in the Web of Science will be presented. One of the example is how to analysis searched articles and what to extract from the analysis. How to manage documents (articles, reviews etc) using Endnote Online seamlessly with Web of Science will be another topic in this intermediate course.
This seminar is conducted in Japanese.