Preface |
Geometry of the Tangent Bundle / 1: |
The Tangent Bundle / 1.1: |
Connections and Horizontal Vector Fields / 1.2: |
The Dombrowski Map and the Sasaki Metric / 1.3: |
The Tangent Sphere Bundle / 1.4: |
The Tangent Sphere Bundle over a Torus / 1.5: |
Harmonic Vector Fields / 2: |
Vector Fields as Isometric Immersions / 2.1: |
The Energy of a Vector Field / 2.2: |
Vector Fields Which Are Harmonic Maps / 2.3: |
The Tension of a Vector Field / 2.4: |
Variations through Vector Fields / 2.5: |
Unit Vector Fields / 2.6: |
The Second Variation of the Energy Function / 2.7: |
Unboundedness of the Energy Functional / 2.8: |
The Dirichlet Problem / 2.9: |
Conformal Change of Metric on the Torus / 2.10: |
Sobolev Spaces of Vector Fields / 2.11: |
Harmonicity and Stability / 3: |
Hopf Vector Fields on Spheres / 3.1: |
The Energy of Unit Killing Fields in Dimension 3 / 3.2: |
instability of Hopf Vector Fields / 3.3: |
Existence of Minima in Dimension > 3 / 3.4: |
Brito's Functional / 3.5: |
The Brito Energy of the Reeb Vector / 3.6: |
Vector Fields with Singularities / 3.7: |
Normal Vector Fields on Principal Orbits / 3.8: |
RiemannianTori / 3.9: |
Harmonicity and Contact Metric Structures / 4: |
H-Contact Manifolds / 4.1: |
Three-Dimensional H-Contact Manifolds / 4.2: |
Stability of the Reeb Vector Field / 4.3: |
Harmonic Almost Contact Structures / 4.4: |
Reeb Vector Fields on Real Hypersurfaces / 4.5: |
Harmonicity and Stability of the Geodesic Flow / 4.6: |
Harmonicity with Respect to g-Natural Metrics / 5: |
g-Natural Metrics / 5.1: |
Naturally Harmonic Vector Fields / 5.2: |
Vector Fields Which Are Naturally Harmonic Maps / 5.3: |
Geodesic Flow with Respect to g-Natural Metrics / 5.4: |
The Energy of Sections / 6: |
The Horizontal Bundle / 6.1: |
The Sasaki Metric / 6.2: |
The Sphere Bundle U(E) / 6.3: |
The Energy of Cross Sections / 6.4: |
Unit Sections / 6.5: |
Harmonic Sections in Normal Bundles / 6.6: |
The Energy of Oriented Distributions / 6.7: |
Examples of Harmonic Distributions / 6.8: |
The Chacon-Naveira Energy / 6.9: |
Harmonic Vector Fields in CR Geometry / 7: |
The Canonical Metric / 7.1: |
Bundles of Hyperquadrics in (T(M),J, Gs) / 7.2: |
Harmonic Vector Fields from C(M) / 7.3: |
Boundary Values of Bergman-Harmonic Maps / 7.4: |
Pseudo harmonic Maps / 7.5: |
The Pseudo hermitian Biegung / 7.6: |
The Second Variation Formula / 7.7: |
Lorentz Geometry and Harmonic Vector Fields / 8: |
A Few Notions of Lorentz Geometry / 8.1: |
Energy Functionals and Tension Fields / 8.2: |
The Spacelike Energy / 8.3: |
The Second Variation of the Spacelike Energy / 8.4: |
Conformal Vector Fields / 8.5: |
Twisted Cohomologies / Appendix A: |
The Stokes Theorem on Complete Manifolds / Appendix B: |
Complex Monge-Ampere Equations / Appendix C: |
Introduction / C.1: |
Strictly Parabolic Manifolds / C.2: |
Foliations and Monge-Ampere Equations / C.3: |
Adapted Complex Structures / C.4: |
CR Submanifolds of Grauert Tubes / C.5: |
Exceptional Orbits of Highest Dimension / Appendix D: |
Reilly's Formula / Appendix E: |
References |
Index |
Preface |
Geometry of the Tangent Bundle / 1: |
The Tangent Bundle / 1.1: |