International audienceIn this paper, we study the algebraic relations satisfied by the solutions of $q$-difference equations and their transforms with respect to an auxiliary operator. Our main tool is the parametrized Galois theories developed in two papers. The first part of this paper is concerned with the case where the auxiliary operator is a derivation, whereas the second part deals a $\mathbf{q'}$-difference operator. In both cases, we give criteria to guaranty the algebraic independence of a series, solution of a $q$-difference equation, with either its successive derivatives or its $\mathbf{q'}$-transforms. We apply our results to $q$-hypergeometric series
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceThe present paper essentially contains two results that generalize and improve...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839We establish some comparison res...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
This book lays the algebraic foundations of a Galois theory of linear difference equations and shows...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceThe present paper essentially contains two results that generalize and improve...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839We establish some comparison res...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
The content of this paper was previously included in arXiv:1002.4839International audienceWe establi...
This book lays the algebraic foundations of a Galois theory of linear difference equations and shows...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceWe consider pairs of automorphisms (φ, σ) acting on fields of Laurent or Puise...
International audienceThe present paper essentially contains two results that generalize and improve...