activity
20122026
most citedQuantitative properties of the non-properness set of a polynomial map

6 citations · 20 across the 22 of their papers we have counts for

collaborators
Showing 2014Show all

7 papers · 1 filter

math.AG2014★ 5 cited

The set of fixed points of a unipotent group

Zbigniew Jelonek, Michał Lasoń

Let be an algebraically closed field. Let be a non-trivial connected unipotent group, which acts effectively on an affine variety Then every non-empty component of…

math.AG2014★ 6 cited

Quantitative properties of the non-properness set of a polynomial map

Zbigniew Jelonek, Michał Lasoń

Let be a generically finite polynomial map of algebraic degree . Motivated by the study of the Jacobian Conjecture, we prove that the set $…

math.AG2014

On the set of fixed points of a polynomial automorphism

Zbigniew Jelonek, Tomasz Lenarcik

Let K be an algebraically closed field of characteristic zero. We say that a polynomial automorphism f : K^n -> K^n is special if the Jacobian of f is equal to 1. We show that ever…

math.AG2014

On finite regular and holomorphic mappings

Zbigniew Jelonek

Let be smooth algebraic varieties of the same dimension. Let be finite polynomial mappings. We say that are equivalent if there exists a regular auto…

math.AG2014★ 1 cited

The Thom Conjecture for proper polynomial mappings

Zbigniew Jelonek

Let be continuous mappings. We say that is topologically equivalent to if there exist homeomorphisms and such that $Ψ\circ f\circ Φ=g.…

math.AG2014

On the group of automorphisms of a quasi-affine variety

Zbigniew Jelonek

Let K be an algebraically closed field of characteristic zero. We show that if the automorphisms group of a quasi-affine variety X is infinite, then X is uniruled.

math.AG2014★ 4 cited

Bifurcation locus and branches at infinity of a polynomial f : C2 -> c

Zbigniew Jelonek, Mihai Tibar

We show that the number of bifurcation points at infinity of a polynomial function f : C2 -> C is at most the number of branches at infinity of a generic fiber of f and that this u…