The goal of this thesis is the study and unification of the ADO and colored Jones knot invariants. The latter is a family of polynomials deeply studied and already unified by Habiro. They are at the core of several constructions (3 manifolds invariants, semi simple TQFT, ...). The ADO polynomials are more recent and are of interest in the study of non semi simple 3 manifold invariants and TQFT. This work will allow us to construct an invariant unifying both families, to show that those two are in fact equivalent, and transfer some known properties of the colored Jones polynomials to the ADO. In particular, we will present some holonomic properties and finite type invariant expansion. We first show how to build an element unifying the ADO po...
13 pages, 2 figuresIn this paper we prove that the $r$-th ADO polynomial of a knot, for $r$ a power ...
We provide homological interpretations for some quantum invariants. We recall basic notions involved...
We provide homological interpretations for some quantum invariants. We recall basic notions involved...
The goal of this thesis is the study and unification of the ADO and colored Jones knot invariants. T...
The goal of this thesis is the study and unification of the ADO and colored Jones knot invariants. T...
The goal of this thesis is the study and unification of the ADO and colored Jones knot invariants. T...
Le but de cette thèse réside dans l'étude et l'unification des invariants ADO et Jones colorés pour ...
Le but de cette thèse réside dans l'étude et l'unification des invariants ADO et Jones colorés pour ...
v2: 30 pages, Added two applications: 1) A proof of q-holonomy for ADO polynomials ; 2) A connection...
The domain of this thesis is within quantum topology and its subject is focused towards the interact...
In 1984 Jones discovered a polynomial invariant of knots, which resembled none of the formerly known...
The domain of this thesis is within quantum topology and its subject is focused towards the interact...
The domain of this thesis is within quantum topology and its subject is focused towards the interact...
13 pages, 2 figuresIn this paper we prove that the $r$-th ADO polynomial of a knot, for $r$ a power ...
13 pages, 2 figuresIn this paper we prove that the $r$-th ADO polynomial of a knot, for $r$ a power ...
13 pages, 2 figuresIn this paper we prove that the $r$-th ADO polynomial of a knot, for $r$ a power ...
We provide homological interpretations for some quantum invariants. We recall basic notions involved...
We provide homological interpretations for some quantum invariants. We recall basic notions involved...
The goal of this thesis is the study and unification of the ADO and colored Jones knot invariants. T...
The goal of this thesis is the study and unification of the ADO and colored Jones knot invariants. T...
The goal of this thesis is the study and unification of the ADO and colored Jones knot invariants. T...
Le but de cette thèse réside dans l'étude et l'unification des invariants ADO et Jones colorés pour ...
Le but de cette thèse réside dans l'étude et l'unification des invariants ADO et Jones colorés pour ...
v2: 30 pages, Added two applications: 1) A proof of q-holonomy for ADO polynomials ; 2) A connection...
The domain of this thesis is within quantum topology and its subject is focused towards the interact...
In 1984 Jones discovered a polynomial invariant of knots, which resembled none of the formerly known...
The domain of this thesis is within quantum topology and its subject is focused towards the interact...
The domain of this thesis is within quantum topology and its subject is focused towards the interact...
13 pages, 2 figuresIn this paper we prove that the $r$-th ADO polynomial of a knot, for $r$ a power ...
13 pages, 2 figuresIn this paper we prove that the $r$-th ADO polynomial of a knot, for $r$ a power ...
13 pages, 2 figuresIn this paper we prove that the $r$-th ADO polynomial of a knot, for $r$ a power ...
We provide homological interpretations for some quantum invariants. We recall basic notions involved...
We provide homological interpretations for some quantum invariants. We recall basic notions involved...