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E-raamat: Foliations and Geometric Structures

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The theory of foliations of manifolds was created in the forties of the last century by Ch. Ehresmann and G. Reeb [ ER44]. Since then, the subject has enjoyed a rapid development and thousands of papers investigating foliations have appeared. A list of papers and preprints on foliations up to 1995 can be found in Tondeur [ Ton97]. Due to the great interest of topologists and geometers in this rapidly ev- ving theory, many books on foliations have also been published one after the other. We mention, for example, the books written by: I. Tamura [ Tam76], G. Hector and U. Hirsch [ HH83], B. Reinhart [ Rei83], C. Camacho and A.L. Neto [ CN85], H. Kitahara [ Kit86], P. Molino [ Mol88], Ph. Tondeur [ Ton88], [ Ton97], V. Rovenskii [ Rov98], A. Candel and L. Conlon [ CC03]. Also, the survey written by H.B. Lawson, Jr. [ Law74] had a great impact on the de- lopment of the theory of foliations. So it is natural to ask: why write yet another book on foliations? The answerisverysimple.Ourareasofinterestandinvestigationaredi erent.The main theme of this book is to investigate the interrelations between foliations of a manifold on one hand, and the many geometric structures that the ma- foldmayadmitontheotherhand. Amongthesestructureswemention:a ne, Riemannian, semi-Riemannian, Finsler, symplectic, and contact structures.
Geometry of Distributions on a Manifold
1(58)
Distributions on a Manifold
1(6)
Adapted Linear Connections on Almost Product Manifolds
7(7)
The Schouten--Van Kampen and Vranceanu Connections
14(4)
From Semi--Euclidean Algebra to Semi-Riemannian Geometry
18(5)
Intrinsic and Induced Linear Connections on Semi-Riemannian Distributions
23(10)
Fundamental Equations for Semi--Riemannian Distributions
33(7)
Sectional Curvatures of a Semi-Riemannian Non-Holonomic Manifold
40(9)
Degenerate Distributions of Codimension One
49(10)
Structural and Transversal Geometry of Foliations
59(36)
Definitions and Examples
59(17)
Adapted Tensor Fields on a Foliated Manifold
76(5)
Structural and Transversal Linear Connections
81(9)
Ricci and Bianchi Identities
90(5)
Foliations on Semi--Riemannian Manifolds
95(58)
The Vranceanu Connection on a Foliated Semi--Riemannian Manifold
95(10)
The Schouten--Van Kampen Connection on a Foliated Semi--Riemannian Manifold
105(5)
Foliated Semi--Riemannian Manifolds with Bundle--Like Metrics
110(16)
Special Classes of Foliations
126(22)
Totally Geodesic Foliations on Semi--Riemannian Manifolds
126(12)
Totally Umbilical Foliations on Semi--Riemannian Manifolds
138(6)
Minimal Foliations on Riemannian Manifolds
144(4)
Degenerate Foliations of Codimension One
148(5)
Parallel Foliations
153(50)
Parallelism
154(4)
Parallelism on Almost Product Manifolds
158(4)
Parallelism on Semi--Riemannian Manifolds
162(2)
Parallel Non--Degenerate Foliations
164(6)
Parallel Totally--Null Foliations
170(11)
Parallel Totally--Null r-Foliations on 2r--Dimensional Semi-Riemannian Manifolds
181(6)
Parallel Partially--Null Foliations
187(3)
Manifolds with Walker Complementary Foliations
190(4)
Parallel Foliations and G-Structures
194(9)
Foliations Induced by Geometric Structures
203(52)
Lagrange Foliations on Symplectic Manifolds
204(9)
Legendre Foliations on Contact Manifolds
213(10)
Foliations on the Tangent Bundle of a Finsler Manifold
223(22)
Foliations on CR-Submanifolds
245(10)
A Gauge Theory on a Vector Bundle
255(30)
Adapted Tensor Fields on the Total Space of a Vector Bundle
256(5)
Global Gauge Invariance of Lagrangians on a Vector Bundle
261(6)
Local Gauge Invariance on a Vector Bundle
267(6)
Equations of Motion and Conservation Laws
273(7)
Bianchi Identities for Strength Fields
280(5)
Basic Notations and Terminology 285(2)
References 287(8)
Index 295