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Canadian Number Theory Association VIII Meeting
June 20-25, 2004
The Fields Institute
Toronto, ON, Canada

Organizers
John Friedlander (Toronto) and Cam Stewart (Waterloo)

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Computing A-polynomials using Puiseux expansions
by
David Boyd
University of British Columbia

The A-polynomial of a knot complement is a two variable polynomial A(x,y) with integer coefficients that is notoriously difficult to compute in general. The computation requires the elimination of variables in a large set of polynomial equations. We present a method of computing this polynomial using Puiseux expansions about certain geometrically meaningful solutions of the equations and then using linear algebra. We give some examples of A-polynomials that were previously inaccessible by earlier methods.

Date received: April 28, 2004


Copyright © 2004 by the author(s). The author(s) of this document and the organizers of the conference have granted their consent to include this abstract in Atlas Mathematical Conference Abstracts. Document # calz-80.