Abstract. The right object of study in algebraic topology is not spaces, but rather, "spaces and maps between them". In a similar spirit I will argue that the right things to study in knot theory are not knots, but rather, "knotted trivalent graphs", as in the world of knotted trivalent graphs (and the basic operations between them) many interesting properties of honest knots become "definable". Thus I find myself again studying the good old Kontsevich integral  the best example I know of an algebraic knot theory  but my perspective this time is completely different.
Handout: image: AKTSummary.png, inkscape source: AKTSummary.zip.
See also Algebraic Knot Theory  A Call for Action.
"God created the knots, all else in topology is the work of mortals."
Leopold Kronecker (modified) 
