Collected Papers - Gesammelte Abhandlungen

Häftad, Engelska, 2013

Del i serien Springer Collected Works in Mathematics

709 kr

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Beskrivning

From the preface: "Hopf algebras, Hopf fibration of spheres, Hopf-Rinow complete Riemannian manifolds, Hopf theorem on the ends of groups - can one imagine modern mathematics without all this? Many other concepts and methods, fundamental in various mathematical disciplines, also go back directly or indirectly to the work of Heinz Hopf: homological algebra, singularities of vector fields and characteristic classes, group-like spaces, global differential geometry, and the whole algebraisation of topology with its influence on group theory, analysis and algebraic geometry. It is astonishing to realize that this oeuvre of a whole scientific life consists of only about 70 writings. Astonishing also the transparent and clear style, the concreteness of the problems, and how abstract and far-reaching the methods Hopf invented."

Produktinformation

Utgivningsdatum:2013-10-24
Mått:155 x 235 x undefined mm
Format:Häftad
Språk:Engelska
Serie:Springer Collected Works in Mathematics
Antal sidor:1 271
Förlag:Springer-Verlag Berlin and Heidelberg GmbH & Co. KG
ISBN:9783642383687

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Recensioner i media

Heinz Hopf (1894-1981) is rightly considered to be one of the outstanding and most influential mathematicians of the XXth century. He was a pioneer in algebraic topology as well as in differential geometry. He is widely known as having studied the 'Hopf fibration'. The very general abstract notion of Hopf algebra was introduced as tracing in Hopf's works; he may be considered to have been a forerunner of the creation of homological algebra. He found a noncontractible map of the 3-sphere into the 2-sphere; that result was an essential step towards the concept of 'Hopf invariant' and the popularization of the homotopy group notion due to Hurewicz. Heinz Hopf was born in Wroclaw (Breslau), in the then German part of Poland. He studied in his home town, in Heidelberg and in Berlin, visited Gottingen, Princeton University, and finally settled at ETH in Zurich, where he became Weyl's successor. The Heinz Hopf Selecta published in 1964 contained an important - although far from being complete - part of Hopf's mathematical production. So this volume presenting Hopf's collected works is welcome. As one may expect, the organisational achievement by Beno Eckmann, Hopf's student and friend, is high class. Two important articles are translated from German into English. This book of over 1200 pages featuring 71 items constitutes an essential reference for the development of mathematics during the XXth century. Jean-Paul Pier (Zbl. MATH 980, 01027)