NEW PERSPECTIVES ON SELF-LINKING RYAN BUDNEY, JAMES CONANT, KEVIN P. SCANNELL, AND DEV SINHA Abstract. We initiate the study of classical knots through the homotopy class of the nth evaluation map of the knot, which is t - Knot invariant - Document - PDFSEARCH.IO

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	NEW PERSPECTIVES ON SELF-LINKING RYAN BUDNEY, JAMES CONANT, KEVIN P. SCANNELL, AND DEV SINHA Abstract. We initiate the study of classical knots through the homotopy class of the nth evaluation map of the knot, which is t Add to Reading List Document Date: 2005-10-25 21:01:43 Open Document File Size: 1,10 MB Share Result on Facebook Currency pence / / Facility square Cn0 / / IndustryTerm appropriate compactification technology / / Organization National Science Foundation / / Person JAMES CONANT / Tom Goodwillie / KEVIN P. SCANNELL / Arkady Vaintrob / Ai / Louis Kauffman / / Position Singer / author / mapping space model for knot spaces / second author / nth mapping space model for knots / / ProvinceOrState Kansas / / RadioStation AM 3 / / Technology appropriate compactification technology / / SocialTag Contractible space Finite type invariant Nerve Linking number Deformation retract CW complex Model category Degree of a continuous mapping Universal bundle Topology

NEW PERSPECTIVES ON SELF-LINKING RYAN BUDNEY, JAMES CONANT, KEVIN P. SCANNELL, AND DEV SINHA Abstract. We initiate the study of classical knots through the homotopy class of the nth evaluation map of the knot, which is tAdd to Reading List