International audienceThe coefficients of the Drinfeld associator are known to satisfytwo kind of shuffle relations. The first relations come from theformula for themultiplication of iterated integrals. The second ones comefrom the multipli-cation of multi zeta functions. Our aim is to study the analogous relations forthe Ihara-Drinfeld element describing the action of the Galois group on the ́etale fundamental group ofP ̄Q\{0,1,∞
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...
AbstractLet X be the projective line minus 0,1, and ∞ over Qp. The aim of the following is to give a...
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...
International audienceThe coefficients of the Drinfeld associator are known to satisfytwo kind of sh...
We are studying Galois representations on fundamental groups and on torsors of paths of a projective...
International audienceWe are studying Galois representations on fundamentalgroups and on torsors of ...
We prove an estimate on denominators of rational Drinfeld associators. To obtain this result, we pro...
We study a double shuffle relations among Multiple Zeta Values (MZVs) that are believed to be comple...
International audienceWe continue to study l-adic iterated integrals introduced in the first part. W...
We prove an estimate on denominators of rational Drinfeld asso- ciators. To obtain this result, we p...
International audienceWe continue to study l-adic iterated integrals introduced in the first part. W...
We consider a question of describing the one-dimensional P-adic representations that lift a given re...
We consider a question of describing the one-dimensional P-adic representations that lift a given re...
The affine ring of the motivic path torsor 0Πmot1:= π mot1 (P1\ {0, 1,∞},~10, −~11) is an ind-object...
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...
AbstractLet X be the projective line minus 0,1, and ∞ over Qp. The aim of the following is to give a...
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...
International audienceThe coefficients of the Drinfeld associator are known to satisfytwo kind of sh...
We are studying Galois representations on fundamental groups and on torsors of paths of a projective...
International audienceWe are studying Galois representations on fundamentalgroups and on torsors of ...
We prove an estimate on denominators of rational Drinfeld associators. To obtain this result, we pro...
We study a double shuffle relations among Multiple Zeta Values (MZVs) that are believed to be comple...
International audienceWe continue to study l-adic iterated integrals introduced in the first part. W...
We prove an estimate on denominators of rational Drinfeld asso- ciators. To obtain this result, we p...
International audienceWe continue to study l-adic iterated integrals introduced in the first part. W...
We consider a question of describing the one-dimensional P-adic representations that lift a given re...
We consider a question of describing the one-dimensional P-adic representations that lift a given re...
The affine ring of the motivic path torsor 0Πmot1:= π mot1 (P1\ {0, 1,∞},~10, −~11) is an ind-object...
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...
AbstractLet X be the projective line minus 0,1, and ∞ over Qp. The aim of the following is to give a...
Let ρ:G\Q→\GLn(\Ql) be a motivic ℓ-adic Galois representation. For fixed m\u3e1 we initiate an inves...