[Turkmath:6698] FGC-Higher Structures Seminars::David Ayala [12 November, 2024 at 16:00 Istanbul time]
kazimilhan.ikeda
kazimilhan.ikeda at bogazici.edu.tr
Sat Nov 9 10:31:38 UTC 2024
Değerli Matematikçiler,
Aşağıda bu Salı saat 16:00'da Zoom üzerinden gerçekleşecek Feza Gürsey
Fizik ve Matematik UygAr Merkezi Yüksek Yapılar Seminer Dizimizin
detaylarını bulacaksınız.
İyi çalışmalar dilerim,
ilhan ikeda
-------- Özgün ileti --------
Dear friends,
I hope you are all doing fine... After a long break, on the 12th of
November 2024 Tuesday at 16:00 Istanbul local time, David Ayala from
Montana State University will be the speaker of Feza Gursey Center for
Physics and Mathematics Higher Structure Research Group Seminars.
The details of David's seminar talk are as follows:
Speaker: David Ayala (Montana State University).
Date: November 12, 2024, Tuesday.
Time: 16:00 Istanbul local time / 06:00 Bozeman local time.
Title:_ Factorization homology of higher categories_
Abstract:
The "alpha" version of factorization homology pairs (framed) n-manifolds
with En-algebras. This construction generalizes classical homology of a
manifold, yields novel results concerning configuration spaces of points
in a manifold, and supplies a sort of state-sum model for sigma-models
(ie, mapping spaces) to (n-1)-connected targets. This "alpha" version
of factorization homology novelly extends Poincaré duality, shedding
light on deformation theory and dualities among field theories. Being
defined using homotopical
mathematical foundations, "alpha" factorization homology is manifestly
functorial and continuous in all arguments, notably in moduli of
manifolds and embeddings between them, and it satisfies a
local-to-global expression that is inherently homotopical in nature.
Now, En-algebras can be characterized as (∞,n)-categories equipped with
an (n-1)-connected functor from a point. The (full) "beta" version
of factorization homology pairs (framed) n-manifolds with pointed
(∞,n)-categories (with adjoints). Applying 0th homology, or π0,
recovers a version of the String Net construction of surfaces, as well
as of Skein modules of 3-manifolds. In some sense, the inherently
homotopical nature of (full) "beta" factorization homology affords
otherwise unforeseen continuity in all arguments, and local-to-global
expressions.
In this talk, I will outline a definition of "beta" factorization
homology, focusing on low-dimensions and on suitably reduced
(∞,n)-categories (specifically, braided monoidal categories). I will
outline some examples, and demonstrate some operational practice of
factorization homology. Some of this material is established in
literature, some a work in progress, and some conjectural -- the status
of each assertion will be made clear. I will be especially interested
in targeting this talk wot those present, and so will welcome comments
and questions.
All of this work is joint with John Francis.
Zoom uygulaması Bilim Akademisi tarafından sağlanmaktadır./Zoom link is
provided by The Science Academy.
Zoom link details:
(As usual the Zoom link will be active 30 minutes before the seminar
time; that is at 15:30 Istanbul time.)
Topic: FGC-Higher Structures Seminars
Date and Time: Nov 12, 2024 active at 15:30 Istanbul
Join Zoom Meeting
https://us02web.zoom.us/j/81515082956?pwd=3GFxY9q3pp9jNXAA3E7qI2Ya8DItA8.1
Meeting ID: 815 1508 2956
Passcode: 613918
Best regards,
Ilhan
Organized by Feza Gürsey Center for Physics and Mathematics
Supported by Bilim Akademisi - The Science Academy
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