Inspired by the work of Jankiewicz, Norin, and Wise, in this thesis we describe that given a hyperbolic right-angled polytope, a colouring and a set of moves, it produces a hyperbolic manifold M with a map f: M→S¹. We apply this to a family of hyperbolic polytopes studied by Potyagailo and Vinberg, and by analyzing the resulting map we obtain a 5-manifold fibering over the circle, a 6-manifold with a perfect circle-valued Morse function, and a 7-manifold and a 8-manifold which fiber algebraically. These results are joint work with Giovanni Italiano and Bruno Martelli.

Bestvina–Brady Morse theory on hyperbolic manifolds

MIGLIORINI, Matteo
2023

Abstract

Inspired by the work of Jankiewicz, Norin, and Wise, in this thesis we describe that given a hyperbolic right-angled polytope, a colouring and a set of moves, it produces a hyperbolic manifold M with a map f: M→S¹. We apply this to a family of hyperbolic polytopes studied by Potyagailo and Vinberg, and by analyzing the resulting map we obtain a 5-manifold fibering over the circle, a 6-manifold with a perfect circle-valued Morse function, and a 7-manifold and a 8-manifold which fiber algebraically. These results are joint work with Giovanni Italiano and Bruno Martelli.
19-dic-2023
Inglese
MALCHIODI, ANDREA
Scuola Normale Superiore
Esperti anonimi
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/167431
Il codice NBN di questa tesi è URN:NBN:IT:SNS-167431