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Title: Biomedical and environmental applications of plasmonic sensors
Speaker: Dr. Francesca PINCELLA
Senior Lecture, Kyoto University, Japan
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Speaker: Prof. Tim (Hsin-Chih) Yeh, The University of Texas at Austin (Visiting Researcher at Membrane Cooperativity Unit, OIST)
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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.