1. Vortrag
24.10.07 | Hella Timmermann Definitions, Morse Lemma (Quelle: [Mi1] Kapitel I, S. 4--13) |
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2. Vortrag
| Leonid Torgoritsch Homotopy Type in Terms of Critical Values (Quelle: [Mi1] Kapitel I, S. 14--24) |
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3.Vortrag
| Matthias Krebs Examples, Morse inequalities (Quelle: [Mi1], Kapitel I, S. 25-31 |
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4.Vortrag
| Milana Medova, Oxana Kochegura (?) Existence of Morse functions (Quelle: [Mi1], Kapitel I, S. 32-38 ) |
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5.Vortrag
| Annabelle Hartmann Lefschetz Theorem (Quelle: [Mi1], Kapitel I, S. 39-42) |
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6.Vortrag
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Review of Riemannian Geometry, Geodesics and Completeness (Quelle: [Mi1], Kapitel II, S. 43--66) |
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7.Vortrag
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Path Space of a Manifold, Energy, Hessian of the Energy Functional (Quelle: [Mi1], Kapitel III, S. 67 -- 82 ) |
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8.Vortrag
| Morse Index Theorem, Topology of Path Spaces (Quelle: [Mi1], Kapitel III, S. 83--97 ) |
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9. Vortrag
| Sebastian Schmittner Topology und Curvature (Quelle: [Mi1], Kapitel III, S. 98 -- 108) |
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10. Vortrag
| Matthias Meng Symmetric Spaces and Lie Groups (Quelle: [Mi1], Kapitel IV, S. 109 -- 123) |
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11. Vortrag
| Max Dörner The Bott Periodicity Theorem for the Unitary Group (Quelle: [Mi1], Kapitel IV, S. 124-- 132 ) |
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12. Vortrag
| The Bott Periodicity Theorem for the Orthogonal Group (Quelle: [Mi1], Kapitel IV, S. 133-- 146 ) |
[Mi1] | J. Milnor Morse
Theory Princeton University Press (1963) |
[Mat] | Y. Matsumoto, An
Introduction to Morse Theory, AMS, Translations of mathematical
Monographs, vol. 208 |