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Klaus Kroencke

Lecture and exercise class  Advanced differential geometry, Winter term 2018/19

The lecture takes place wednesday from 2:15-3:45 p.m. in H2 and roughly every second thursday (on the following dates: Oct 18, Nov 1,8,22, Dec 6, 20, Jan 17, 31) from 10:15-11:45 a.m. in H5. The exercise class takes place roughly every second thursday (on the following dates: Oct 25, Nov 15, 29 Dec 13, Jan 10, 24) from 10:15-11:45 a.m. in H5.

Note that we shifted the course from monday 8:15-9:45 a.m. to wednesday 2:15-3:45 p.m.!

This lecture is a continuation of the course differential geometry from summer term 2018. According to this, basic knowledge in differential geometry and Riemannian geometry (Riemannian manifolds, Levi-Civita connection, geodesics, curvature, Jacobi fields) is preassumed for this lecture.

This lecture consists of a geometrix and an analytic part. In the geometric part, we will try to deduce from local assumptions (on the curvature) assertions about the global structure (topology) of a Riemannian manifold. Assertions of this kind are known as comparison theorems in Riemannian geometry. In the analytic part of the lecture, we will consider properties of Laplace type operators on Riemannian manifolds. In particular, we will show that the Laplace operator of a compact Riemannian manifold admits a discrete spectrum of eigenvalues and that the corresponding eigenfunctions form a complete orthonormal system of the space of quadratically integrable functions. The latter has numerous applications (also in the above mentioned geometric part), not least in Physics (Schrödinger equation of the hydrogen atom).

The exercise sheets can be downloaded in Stine.

For the preperation of the course, I use the following books and notes:

B. Ammann   Das Yamabe Problem   lecture notes, summer term 2018 (in german)
M. P. do Carmo   Riemannian Geometry   Mathematics: Theory and Applications
S. Gallot, Dominique H., J. Lafontaine   Riemannian Geometry   Springer Universitext
S. Haller   Differentialgeometrie   lecture notes, winter term 2010 and summer term 2011 (in german)
J. M. Lee   Riemannian Manifolds: An Introduction to Curvature   Springer Graduate Texts in Mathematics
P. Petersen   Riemannian Geometry   Springer Graduate Texts in Mathematics

Here are a few books and notes for a further study of elliptic operators on manifolds:

C. Bär   Geometrische Analysis   lecture notes, winter term 2007/08 (in german)
C. Bär   Geometric Wave Equations   lecture notes, winter term 2015/16
I. Chavel   Eigenvalues in Riemannian Geometry   Academic Press
D. Gilbarg, N.S. Trudinger   Elliptic Partial Differential Equations of Second Order   Springer, Gundlehren der mathmatischen Wissenschaften
H. B. Lawson, M. L. Michelson   Spin Geometry   Princeton University Press
A. Wassermann   Analysis of Operators   lecture notes, summer term 2009

  Seitenanfang  Impressum 2019-01-30, Klaus Kroencke