Geometric 4-manifolds in the sense of Thurston and Seifert 4-manifolds. I

DOI10.2969/jmsj/04230511zbMath0707.57010OpenAlexW1997293856MaRDI QIDQ919670

Masaaki Ue

Publication date: 1990

Published in: Journal of the Mathematical Society of Japan (Search for Journal in Brave)

Full work available at URL: https://doi.org/10.2969/jmsj/04230511

zbMATH Keywords

complex surfaces4-dimensional geometries4-dimensional Seifert fiber spaceseuclidean baseSeifert fibration by 2-dimensional toriSeifert invariants

Mathematics Subject Classification ID

Related Items (17)

Infra-solvmanifolds of dimension four ⋮ Contact geometry and complex surfaces ⋮ Geometric Seifert 4-manifolds with hyperbolic bases ⋮ Distinguishing 4-dimensional geometries via profinite completions ⋮ A-foliations of codimension two on compact simply-connected manifolds ⋮ Symplectic couples on 4-manifolds ⋮ \(\mathbb Z_n\)-manifolds in 4-dimensional graph-manifolds ⋮ Geometries and infrasolvmanifolds in dimension \(4\) ⋮ SEIFERT FIBERED KNOT MANIFOLDS ⋮ The geometry of symplectic pairs ⋮ Symplectic structures on \(T^ 2\)-bundles over \(T^ 2\) ⋮ The Calabi–Yau equation on 4-manifolds over 2-tori ⋮ Lefschetz fibrations, complex structures and Seifert fibrations on \(S^1\times M^3\) ⋮ Solvable models for Kodaira surfaces ⋮ Geometric decompositions of 4-dimensional orbifold bundles ⋮ Minimal entropy and geometric decompositions in dimension four ⋮ Bordism of oriented \(4\)-manifolds with \(T\)-structure

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