$\vec{w}h\alpha\mathfrak{t}\;\; i\mathbb{S}\ldots$

a geodesic on a Riemannian manifold?


Who?
Tobias Pfeiffer and Dror Atariah (FU)
When?
2010/01/08, 12:30
Before the BMS Friday Colloquium by Prof. Martin Rumpf.
Where?
Urania Berlin, at the BMS Loft (2nd floor)
About what?

What does it mean to "go straight" on a sphere? What is the shortest distance between two points in a space other than the ordinary Euclidean R^n? These two questions, and many more, are of geometrical nature, and are treated within the framework of differential geometry. The key object that is used is the manifold, which we will define in this talk. We will start from the broadest definition of a topological manifold, and end at the Riemannian one. Then we will give a basic idea and definitions of what a geodesic on a Riemannian manifold is, together with some examples.