SL2 Representations of Finitely Presented Groups

SL2 Representations of Finitely Presented Groups

Buch | Softcover
1995
American Mathematical Society (Verlag)
978-0-8218-0416-2 (ISBN)
139,95 inkl. MwSt
Includes and extends much of the classical theory of $SL(2)$ representations of groups. This book features: a finitely computable invariant $H[/pi]$ associated to groups and used to study the $SL(2)$ representations of $/pi$; and, invariant theory and knot theory related through $SL(2)$ representations of knot groups.
This book is essentially self-contained and requires only a basic abstract algebra course as background. The book includes and extends much of the classical theory of $SL(2)$ representations of groups. Readers will find $SL(2)$Representations of Finitely Presented Groups relevant to geometric theory of three dimensional manifolds, representations of infinite groups, and invariant theory. It features: a new finitely computable invariant $H[/pi]$ associated to groups and used to study the $SL(2)$ representations of $/pi$; and, invariant theory and knot theory related through $SL(2)$ representations of knot groups.

The definition and some basic properties of the algebra $H[/pi]$ A decomposition of the algebra $H[/pi]$ when $/frac 12/in k$ Structure of the algebra $H[/pi]$ for two-generator groups Absolutely irreducible $SL(2)$ representations of two-generator groups Further identities in the algebra $H[/pi]$ when $/frac 12/in k$ Structure of $H^+[/pi_n]$ for free groups $/pi_n$ Quaternion algebra localizations of $H[/pi]$ and absolutely irreducible $SL(2)$ representations Algebro-geometric interpretation of $SL(2)$ representations of groups The universal matrix representation of the algebra $H[/pi]$ Some knot invariants derived from the algebra $H[/pi]$ Appendix A Appendix B References.

Erscheint lt. Verlag 30.7.1995
Reihe/Serie Contemporary Mathematics
Zusatzinfo illustrations
Verlagsort Providence
Sprache englisch
Gewicht 373 g
Themenwelt Mathematik / Informatik Mathematik Algebra
Mathematik / Informatik Mathematik Geometrie / Topologie
ISBN-10 0-8218-0416-2 / 0821804162
ISBN-13 978-0-8218-0416-2 / 9780821804162
Zustand Neuware
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