Characterizing Slopes for Alternating Knots
Offered By: IMSA via YouTube
Course Description
Overview
Explore a 56-minute conference talk from the Gauge Theory and Low Dimensional Topology event, focusing on characterizing slopes for alternating knots. Delve into the concept of characterizing slopes for knots in the 3-sphere, examining the conjecture that all but finitely many non-integer slopes should be characterizing for a given knot. Learn about recent progress in this field, including methods to prove the conjecture for various knot classes, with particular emphasis on alternating knots. Gain insights into the oriented homeomorphism type of p/q-surgery on knots and its role in determining knot uniqueness among all knots in the 3-sphere.
Syllabus
Duncan McCoy, l'Université du Québec à Montréal: Characterizing slopes for alternating knots
Taught by
IMSA
Related Courses
From Hyperbolic Geometry to Data ClusteringOpen Data Science via YouTube Knots and Surfaces I - Algebraic Topology - NJ Wildberger
Insights into Mathematics via YouTube Primes and Knots - Akshay Venkatesh
Institute for Advanced Study via YouTube Knotty Problems - Marc Lackenby
University of Oxford via YouTube Khovanov Homology and Surfaces in Four-Manifolds
Joint Mathematics Meetings via YouTube