<--- Back to Details
First PageDocument Content
Lie algebras / Group theory / Weyl group / Root system / Maximal torus / Unitary group / Centralizer and normalizer / Quotient group / Presentation of a group / Abstract algebra / Algebra / Lie groups
Date: 2004-09-03 05:05:29
Lie algebras
Group theory
Weyl group
Root system
Maximal torus
Unitary group
Centralizer and normalizer
Quotient group
Presentation of a group
Abstract algebra
Algebra
Lie groups

Journal of Lie Theory Volume[removed]–617 c 2004 Heldermann Verlag

Add to Reading List

Source URL: www.heldermann-verlag.de

Download Document from Source Website

File Size: 332,96 KB

Share Document on Facebook

Similar Documents

COMPUTING REAL WEYL GROUPS DAVID A. VOGAN, JR. Let G be a complex connected reductive algebraic group defined over R. Let H denote a maximal algebraic torus in G. Write G for the real points of G and H for the real point

DocID: 1vnjS - View Document

c: A Practical View of W A Guide to Working with Weyl Group Representations, With Special Emphasis on Branching Rules Atlas of Lie Groups AIM Workshop IV 10–14 July 2006

DocID: 1uZOJ - View Document

Group Schemes with Additional Structures and Weyl Group Cosets by Ben Moonen*

DocID: 1uBm0 - View Document

Weyl Group Representations and Signatures of Intertwining Operators Alessandra Pantano 31 May 2004

DocID: 1tXQ6 - View Document

EXISTENCE AND WEYL’S LAW FOR SPHERICAL CUSP FORMS ELON LINDENSTRAUSS AND AKSHAY VENKATESH Abstract. Let G be a split adjoint semisimple group over Q and K∞ ⊂ G(R) a maximal compact subgroup. We shall give a uniform

DocID: 1rQtY - View Document