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Extending Hodge Polynomials to Non-Kähler Geometry

IMSA via YouTube

Overview

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Explore a 55-minute mathematics lecture that delves into the fascinating extension of Hodge polynomials beyond their traditional algebraic variety applications into non-Kähler geometry. Examine joint research findings that focus on LVMB manifolds as pluri-logarithmic transforms, presented by Ernesto Lupercio from CINVESTAV in collaboration with Ludmil Katzarkov, Kyoung-Seog Lee, and Laurent Meersseman. Learn how these mathematical constructions create a framework for studying motivic properties in expanded contexts, with particular emphasis on understanding the significance of zero divisors within the motivic ring of analytic spaces.

Syllabus

Ernesto Lupercio, CINVESTAV: Extending Hodge Polynomials to Non-Kähler Geometry

Taught by

IMSA

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