As on arXiv
Abstract
This is a survey on the Strominger system and a geometric flow known as the anomaly flow. We will discuss various aspects of non-Kähler geometry on Calabi-Yau threefolds. Along the way, we discuss balanced metrics and balanced classes, the Aeppli cohomology class associated to a solution to the Strominger system, the equations of motion of heterotic supergravity, and a version of Ricci flow in this special geometry.
Comments: v4 typos corrected. 45 pages
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Connected papers
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.
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Flows of conformally coclosed -structures with dilaton
Topics 3-manifolds, Kähler geometry · Same author Sébastien Picard · Shared terms “anomaly flow”, “threefold”, “geometric flows”
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Flows of -Structures associated to Calabi-Yau Manifolds
Topics Ricci-flat & Calabi–Yau, Kähler geometry · Same author Sébastien Picard
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Pluriclosed flow and the Hull-Strominger system
Topics Kähler geometry · Shared terms “Strominger system”, “Yau”
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Cohomogeneity one solutions of the IIB system
Topics Ricci-flat & Calabi–Yau, 3-manifolds, Kähler geometry · Shared terms “Strominger”, “balanced”
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The Heterotic-Ricci flow and its three-dimensional solitons
Topics Physics, 3-manifolds · Shared terms “Heterotic”, “supergravity”
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Chern-Ricci flow and t-Gauduchon Ricci-flat condition
Topics Ricci-flat & Calabi–Yau, 3-manifolds, Kähler geometry · Shared terms “balanced”, “threefold”, “geometric flows”
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Robinson-Trautman solutions with scalar hair and Ricci flow
Topics Ricci-flat & Calabi–Yau, Physics · Shared terms “Ricci tensor”, “supergravity”
Read around it
Background reading
The guides for the topics of this paper: what each idea is, why it matters, and the papers to read first.
In the guidebook
- 10A.1A Zoo of Three-Manifolds
The 3-sphere, lens spaces, the Poincaré sphere, the Hopf fibration and the shape of space.
- 10A.2Finite Rotation Groups and Spherical Space Forms
Klein's classification by counting poles, the binary groups, and every quotient of the round 3-sphere.
- 10A.4Homotopy Groups, Degree and the Hurewicz Theorem
Spheres mapped into manifolds: the algebraic topology that finite extinction runs on.