Paper · Oct 24, 2023

Some properties of hyperbolic Yamabe solitons

Adara M. Blaga, Cihan Özgür

math.DGWider flowsarXiv:2310.15814v3Physica Scripta 100(4), 045230 (2025)
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Abstract

We define the hyperbolic Yamabe flow and obtain some properties of its stationary solutions, namely, of hyperbolic Yamabe solitons. We consider immersed submanifolds as hyperbolic Yamabe solitons and prove that, under certain assumptions, a hyperbolic Yamabe soliton hypersurface is a pseudosymmetric or a metallic shaped hypersurface. We characterize the hyperbolic Yamabe soliton factor manifolds of a multiply twisted, multiply warped, doubly warped, and warped product manifold and provide a classification for a complete gradient hyperbolic Yamabe soliton factor manifold. We also determine the conditions for the factor manifolds to be hyperbolic Yamabe solitons if the manifold is a hyperbolic Yamabe soliton and illustrate this result for a physical model of the universe, namely, for the Robertson–Walker spacetime.

Comments: 22 pages

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The 8 papers on this site closest to this one, judged by the topics they share, the words and phrases in their titles and abstracts, and their authors. They are not its citations, but a map of the work around it. Papers here go back to 2021, plus the canon.

Connected papers This paper in the centre and the 8 papers closest to it around it, in date order clockwise from the top. The closer a paper sits to the centre, the stronger the connection. This paper Classification of generalized Yamabe solitons under vanishing conditions on the Weyl, Cotton, and Cao-Chen tensors (Shun Maeta, 2021)2Maeta 2021 Combinatorial Yamabe flow on hyperbolic bordered surfaces (Shengyu Li, Xu Xu and Ze Zhou, 2022)8Li 2022 Structure of generalized Yamabe solitons and its applications (Shun Maeta, 2022)1Maeta 2022 On some 3-dimensional almost η-Ricci solitons with diagonal metrics (Adara M. Blaga, 2024)7Blaga 2024 On the existence and classification of k-Yamabe gradient solitons (Maria Fernanda Espinal and Mariel Sáez, 2024)4Espinal 2024 Classification of gradient Einstein-type Kähler manifolds with α=0 (Shun Maeta, 2025)3Maeta 2025 Geometric properties of second Ricci solitons (Masoumeh Khalili, Ghodratallah Fasihi-Ramandi and Shahroud Azami, 2025)6Khalili 2025 Ricci-Yamabe solitons on the Lie group Sol × ℝⁿ (Abdou Bousso and Ameth Ndiaye, 2026)5Bousso 2026
Closer to the centre: more closely connected. Clockwise from the top: oldest to newest. Ricci flowWider flowsalso connected to each other
  1. Structure of generalized Yamabe solitons and its applications

    Shun Maeta PDF

    Topics Almost & η-Ricci solitons · Shared terms “Yamabe soliton”, “complete gradient”

  2. Classification of generalized Yamabe solitons under vanishing conditions on the Weyl, Cotton, and Cao-Chen tensors

    Shun Maeta PDF

    Topics Almost & η-Ricci solitons, Rotational symmetry & warped products · Shared terms “Yamabe soliton”

  3. Classification of gradient Einstein-type Kähler manifolds with

    Shun Maeta PDF

    Topics Almost & η-Ricci solitons, Rotational symmetry & warped products · Shared terms “Yamabe soliton”, “complete gradient”

  4. On the existence and classification of -Yamabe gradient solitons

    Maria Fernanda Espinal and Mariel Sáez PDF

    Topics Yamabe flow, Rotational symmetry & warped products

  5. Ricci-Yamabe solitons on the Lie group

    Abdou Bousso and Ameth Ndiaye PDF

    Topics Almost & η-Ricci solitons · Shared terms “Yamabe soliton”, “characterize”

  6. Geometric properties of second Ricci solitons

    Masoumeh Khalili, Ghodratallah Fasihi-Ramandi and Shahroud Azami PDF

    Topics Rotational symmetry & warped products · Shared terms “immersed submanifolds”

  7. On some -dimensional almost -Ricci solitons with diagonal metrics

    Adara M. Blaga PDF

    Topics Almost & η-Ricci solitons · Same author Adara M. Blaga · Shared terms “determine”

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  1. 6C.4
    The Yamabe Problem and Critical ExponentsBook 6C · Nonlinear PDE: Variational and Geometric Methods

    Conformal changes of scalar curvature, the Yamabe functional, Aubin's threshold and Schoen's solution, concentration compactness and bubbles, and why Perelman's log-Sobolev minimisers always exist.