Topology of optimal flows with collective dynamics on closed orientable surfaces

We consider flows on a closed surface with one or more heteroclinic cycles that divide the surface into two regions. One of the region has gradient dynamics, like Morse fields. The other region has Hamiltonian dynamics generated by the field of the skew gradient of the simple Morse function. We cons...

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Main Authors: Alexandr Olegovich Prishlyak, Mariya Viktorovna Loseva
Format: Article
Language:English
Published: Odesa National University of Technology 2020-09-01
Series:Pracì Mìžnarodnogo Geometričnogo Centru
Subjects:
Online Access:https://journals.onaft.edu.ua/index.php/geometry/article/view/1731
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author Alexandr Olegovich Prishlyak
Mariya Viktorovna Loseva
author_facet Alexandr Olegovich Prishlyak
Mariya Viktorovna Loseva
author_sort Alexandr Olegovich Prishlyak
collection DOAJ
description We consider flows on a closed surface with one or more heteroclinic cycles that divide the surface into two regions. One of the region has gradient dynamics, like Morse fields. The other region has Hamiltonian dynamics generated by the field of the skew gradient of the simple Morse function. We construct the complete topological invariant of the flow using the Reeb and Oshemkov-Shark graphs and study its properties. We describe all possible structures of optimal flows with collective dynamics on oriented surfaces of genus no more than 2, both for flows containing a center and for flows without it.
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spelling doaj.art-2d3f3dc36a1e4fe7bfcf26995b2193912022-12-22T00:18:13ZengOdesa National University of TechnologyPracì Mìžnarodnogo Geometričnogo Centru2072-98122409-89062020-09-01132506710.15673/tmgc.v13i2.17311731Topology of optimal flows with collective dynamics on closed orientable surfacesAlexandr Olegovich PrishlyakMariya Viktorovna LosevaWe consider flows on a closed surface with one or more heteroclinic cycles that divide the surface into two regions. One of the region has gradient dynamics, like Morse fields. The other region has Hamiltonian dynamics generated by the field of the skew gradient of the simple Morse function. We construct the complete topological invariant of the flow using the Reeb and Oshemkov-Shark graphs and study its properties. We describe all possible structures of optimal flows with collective dynamics on oriented surfaces of genus no more than 2, both for flows containing a center and for flows without it.https://journals.onaft.edu.ua/index.php/geometry/article/view/1731morse flow, topological equivalence, heteroclinic cycles, graph
spellingShingle Alexandr Olegovich Prishlyak
Mariya Viktorovna Loseva
Topology of optimal flows with collective dynamics on closed orientable surfaces
Pracì Mìžnarodnogo Geometričnogo Centru
morse flow, topological equivalence, heteroclinic cycles, graph
title Topology of optimal flows with collective dynamics on closed orientable surfaces
title_full Topology of optimal flows with collective dynamics on closed orientable surfaces
title_fullStr Topology of optimal flows with collective dynamics on closed orientable surfaces
title_full_unstemmed Topology of optimal flows with collective dynamics on closed orientable surfaces
title_short Topology of optimal flows with collective dynamics on closed orientable surfaces
title_sort topology of optimal flows with collective dynamics on closed orientable surfaces
topic morse flow, topological equivalence, heteroclinic cycles, graph
url https://journals.onaft.edu.ua/index.php/geometry/article/view/1731
work_keys_str_mv AT alexandrolegovichprishlyak topologyofoptimalflowswithcollectivedynamicsonclosedorientablesurfaces
AT mariyaviktorovnaloseva topologyofoptimalflowswithcollectivedynamicsonclosedorientablesurfaces