We classify the polynomial vector fields X on C2 which have simply-connected trajectories and satisfy dP(X)=1 for P in C[x,y]. In particular, we obtain that such vector fields are complete and have all its trajectories proper and of type C. Finally, we apply this result to classify surjective C-derivations of C[x,y], and provide a proof of a conjecture of Cervea
none2noWe consider a family of C (1) vector fields in a"e (n) and we discuss the associated -orbits....
AbstractThe Lotka–Volterra system of autonomous differential equations consists in three homogeneous...
We consider a plane polynomial vector field P (x, y)dx+Q(x, y)dy of degree m> 1, and show that as...
AbstractWe prove that every polynomial vector field on C2 that is complete on a transcendental (prop...
International audienceWe study the classification of polynomial vector fields in two complex variabl...
AbstractIn this work we finish off the classification of meromorphic semi-complete vector fields ann...
AbstractIt is proved that any polynomial vector field in two complex variables which is complete on ...
We give an explicit construction of families of Dm-equivariant polynomial vector fields in possessin...
Germs of holomorphic vector fields at the origin $0\in C^2$ and polynomial vector fields on $C^2$ ar...
AbstractWe give a full classification, up to polynomial automorphisms, of complete polynomial vector...
We determine all the C 1 planar vector fields with a given set of orbits of the form y − y(x) = 0 sa...
Let ξ be a polynomial vector field on $^n$ with coefficients of degree d and P be a polynomial of de...
AbstractThe class bn of polynomial vector fields of degree n which define global flows in R2 is char...
We study the semiflow on a submanifold with corners M of Euclidean Space Rn obtained as follows. If ...
107 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2000.This work examines the behavi...
none2noWe consider a family of C (1) vector fields in a"e (n) and we discuss the associated -orbits....
AbstractThe Lotka–Volterra system of autonomous differential equations consists in three homogeneous...
We consider a plane polynomial vector field P (x, y)dx+Q(x, y)dy of degree m> 1, and show that as...
AbstractWe prove that every polynomial vector field on C2 that is complete on a transcendental (prop...
International audienceWe study the classification of polynomial vector fields in two complex variabl...
AbstractIn this work we finish off the classification of meromorphic semi-complete vector fields ann...
AbstractIt is proved that any polynomial vector field in two complex variables which is complete on ...
We give an explicit construction of families of Dm-equivariant polynomial vector fields in possessin...
Germs of holomorphic vector fields at the origin $0\in C^2$ and polynomial vector fields on $C^2$ ar...
AbstractWe give a full classification, up to polynomial automorphisms, of complete polynomial vector...
We determine all the C 1 planar vector fields with a given set of orbits of the form y − y(x) = 0 sa...
Let ξ be a polynomial vector field on $^n$ with coefficients of degree d and P be a polynomial of de...
AbstractThe class bn of polynomial vector fields of degree n which define global flows in R2 is char...
We study the semiflow on a submanifold with corners M of Euclidean Space Rn obtained as follows. If ...
107 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2000.This work examines the behavi...
none2noWe consider a family of C (1) vector fields in a"e (n) and we discuss the associated -orbits....
AbstractThe Lotka–Volterra system of autonomous differential equations consists in three homogeneous...
We consider a plane polynomial vector field P (x, y)dx+Q(x, y)dy of degree m> 1, and show that as...