Characters of Reductive Groups over a Finite Field
This book presents a classification of all (complex)
irreducible representations of a reductive group with connected centre, over a finite field. To achieve this,
the author uses etale intersection cohomology, and detailed information on representations of Weyl groups.

1121850407
Characters of Reductive Groups over a Finite Field
This book presents a classification of all (complex)
irreducible representations of a reductive group with connected centre, over a finite field. To achieve this,
the author uses etale intersection cohomology, and detailed information on representations of Weyl groups.

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Characters of Reductive Groups over a Finite Field

Characters of Reductive Groups over a Finite Field

by George Lusztig
Characters of Reductive Groups over a Finite Field

Characters of Reductive Groups over a Finite Field

by George Lusztig

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Overview

This book presents a classification of all (complex)
irreducible representations of a reductive group with connected centre, over a finite field. To achieve this,
the author uses etale intersection cohomology, and detailed information on representations of Weyl groups.


Product Details

ISBN-13: 9780691083513
Publisher: Princeton University Press
Publication date: 06/21/1984
Series: Annals of Mathematics Studies , #107
Pages: 408
Product dimensions: 6.00(w) x 9.00(h) x (d)

Table of Contents

  • Frontmatter, pg. i
  • TABLE OF CONTENTS, pg. vii
  • INTRODUCTION, pg. ix
  • 1. COMPUTATION OF LOCAL INTERSECTION COHOMOLOGY OF CERTAIN LINE BUNDLES OVER A SCHUBERT VARIETY, pg. 1
  • 2. LOCAL INTERSECTION COHOMOLOGY WITH TWISTED COEFFICIENTS OF THE CLOSURES OF THE VARIETIES XW, pg. 30
  • 3. GLOBAL INTERSECTION COHOMOLOGY WITH TWISTED COEFFICIENTS OF THE VARIETY X̅W, pg. 58
  • 4. REPRESENTATIONS OF WEYL GROUPS, pg. 76
  • 5. CELLS IN WEYL GROUPS, pg. 134
  • 6. AN INTEGRALITY THEOREM AND A DISJOINTNESS THEOREM, pg. 180
  • 7. SOME EXCEPTIONAL GROUPS, pg. 217
  • 8. DECOMPOSITION OF INDUCED REPRESENTATIONS, pg. 251
  • 9. CLASSICAL GROUPS, pg. 269
  • 10. COMPLETION OF THE PROOF OF THEOREM 4.23, pg. 296
  • 11. EIGENVALUES OF FROBENIUS, pg. 313
  • 12. ON THE STRUCTURE OF LEFT CELLS, pg. 324
  • 13. RELATIONS WITH CONJUGACY CLASSES, pg. 342
  • 14. CONCLUDING REMARKS, pg. 351
  • APPENDIX, pg. 358
  • REFERENCES, pg. 377
  • SUBJECT INDEX, pg. 382
  • NOTATION INDEX, pg. 383
  • Backmatter, pg. 385



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