Manifolds and Modular Forms, Vol. E20 (Aspects of Mathematics, E 20)

Friedrich Hirzebruch; Thomas Berger; Rainer Jung

ISBN 10: 3528064145 / ISBN 13: 9783528064143

Published by Vieweg, 1992

About this Item

HARDCOVER edition. Text is unmarked; pages are bright. Previous owner's signature in pen on the first free end page. Binding is sturdy. Covers are lightly shelf rubbed and lightly edge worn. No dust jacket, likely as issued.

Seller Inventory # 071184

Bibliographic Details

• Title: Manifolds and Modular Forms, Vol. E20 (Aspects of Mathematics, E 20)
• Publisher: Vieweg
• Publication Date: 1992
• Language: English
• ISBN 10: 3528064145
• ISBN 13: 9783528064143
• Binding: Paperback
• Condition: Very Good
• Dust Jacket Condition: None Issued
• Seller catalogs:
  • Mathematics

About this title

Synopsis

During the winter term 1987/88 I gave a course at the University of Bonn under the title "Manifolds and Modular Forms". Iwanted to develop the theory of "Elliptic Genera" and to leam it myself on this occasion. This theory due to Ochanine, Landweber, Stong and others was relatively new at the time. The word "genus" is meant in the sense of my book "Neue Topologische Methoden in der Algebraischen Geometrie" published in 1956: A genus is a homomorphism of the Thom cobordism ring of oriented compact manifolds into the complex numbers. Fundamental examples are the signature and the A-genus. The A-genus equals the arithmetic genus of an algebraic manifold, provided the first Chem class of the manifold vanishes. According to Atiyah and Singer it is the index of the Dirac operator on a compact Riemannian manifold with spin structure. The elliptic genera depend on a parameter. For special values of the parameter one obtains the signature and the A-genus. Indeed, the universal elliptic genus can be regarded as a modular form with respect to the subgroup r (2) of the modular group; the two cusps o giving the signature and the A-genus. Witten and other physicists have given motivations for the elliptic genus by theoretical physics using the free loop space of a manifold.