By Frank Morgan

This vintage textual content serves as a device for self-study; it's also used as a simple textual content for undergraduate classes in differential geometry. The author's skill to extract the fundamental parts of the idea in a lucid and concise style permits the coed quick access to the fabric and permits the trainer so as to add emphasis and canopy specified issues. the extreme wealth of examples in the routines and the hot fabric, starting from isoperimetric difficulties to reviews on Einstein's unique paper on relativity conception, increase this new version.

**Read Online or Download Riemannian Geometry: A Beginner's Guide (Jones and Bartlett Books in Mathematics) PDF**

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**Extra info for Riemannian Geometry: A Beginner's Guide (Jones and Bartlett Books in Mathematics) **

**Example text**

The map F : ffi. -+ ffi. given by y = x 3 is a differentiable homeomorphism, but it is not a diffeomorphism since the inverse x = y l / 3 is not differentiable at x = O. " but now we shall need to discuss submanifolds of a manifold. A good example is the equator S l of S2 . (x . Definition: W r C M il is an (embedded) submanifold of the manifold M il provided W is locally described as the common locus F I (X l • . • , x") = O • . . , F n - r (x ' , . . • xll ) = 0 of (n - r) differentiable functions that are independent i n the sense that the Jacobian matrix [a F a l ax i ] has rank (n - r) at each point of the locus.

What is the dimension of SO(n) and in what euclidean space is it a submanifold? 1 (3) Is the special linear group S I ( n) : = {n x n real matrices x I det x = 1) a submanifold of some IR N ? This is an example where it might be easier to deal directly with the Jacobian matrix rather than the differ ential . 1 (4) Show, i n IR 3 , that if the cross product of the gradients of F and G has a nontrivial component i n the x di rection at a point of the i ntersection of F then x can be used as local coordinate for this curve.

Zn l the homogeneous coordinates of this line, that is, of this point in c pn; thus [zo , Z1 , . . lZ1 , . . l E (C 0) . If zp # 0 on this line, we may associate to this point [zo , Z1 , . . , zn l its n complex Up coordinates zo /zp, Z1 / Zp, . . , zn / zp, with zp/zp omitted . Show that C p 2 is a complex manifold of complex dimension 2 . 1 Note that C p has complex dimension 1 , that is, real dimension 2. For Z 1 # 0 the U1 coordinate of the point [zo , z1 1 is Z zo / Z1 , whereas if Zo # 0 the Uo 1 coordinate is w Z1 / Zo .