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Affine Lie algebras and quantum groups : an introduction, with applications in conformal field theory

Fuchs, Jürgen <1957- ; Baden Baden>

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Natura

Monografia

Titolo

Affine Lie algebras and quantum groups : an introduction, with applications in conformal field theory

Nomi

[Autore] Fuchs, Jürgen <1957- ; Baden Baden>

Classe Dewey

512.55 Algebre e gruppi topologici, algebre e gruppi connessi.

Soggetto BNI

ALGEBRA DI LIE

Descrizione

Affine Lie algebras and quantum groups : an introduction, with applications in conformal field theory / Jurgen Fuchs

Edizione

Paperback ed. (with corrections)

Descrizione Fisica

XIV, 433 p. ; 25 cm.

Numeri Standard

ISBN: 0521415934, hardback
ISBN: 052148412X, paperback

Data

1995

Luogo di pubblicazione

Cambridge

Paese

GRAN BRETAGNA

Lingua

INGLESE

Fonte

Biblioteche SBN Sardegna

IT\ICCU\UFI\0224456

Link Risorse

http://id.sbn.it/bid/UFI0224456

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Invia

Affine Lie algebras and quantum groups : an introduction, with applications in conformal field theory

Tag

Circolo Sardo Grazia Deledda di Baden

Pellegrini

Lie groups and algebras with applications to physics, geometry, and mechanics

Quantum groups, quantum categories and quantum field theory

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

Three originals

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Regione Sardegna

Affine Lie algebras and quantum groups : an introduction, with applications in conformal field theory

Tag

Circolo Sardo Grazia Deledda di Baden

Pellegrini

Lie groups and algebras with applications to physics, geometry, and mechanics

Quantum groups, quantum categories and quantum field theory

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

Three originals

Samba de uma nota so

Commenti