29 citations · 39 across the 13 of their papers we have counts for
8 papers · 1 filter
A note on zero-cycles on bielliptic surfaces
Evangelia Gazaki
We study the Chow group of zero-cycles of a bielliptic surface , where are elliptic curves and is a finite group acting on $E_1…
Zero-cycles on quasi-projective surfaces over -adic fields
Evangelia Gazaki, Jitendra Rathore
A conjecture of Colliot-Thélène predicts that for a smooth projective variety over a finite extension of the kernel of the Albanese map $\text{CH}_0(X)^{\tex…
Local and local-to-global Principles for zero-cycles on geometrically Kummer surfaces
Evangelia Gazaki, Jonathan Love
Let be a surface over a -adic field such that for some abelian surface isogenous to a product of two elliptic curves, there is an isomorphism over the algebraic…
Hyperelliptic curves mapping to abelian varieties and applications to Beilinson's conjecture for zero-cycles
Evangelia Gazaki, Jonathan R. Love
Let be an abelian surface over an algebraically closed field with an embedding . When is isogenous to a product of ell…
Filtrations of the Chow group of zero-cycles on abelian varieties and behavior under isogeny
Evangelia Gazaki
For an abelian variety over a field the author defined in \cite{Gazaki2015} a Bloch-Beilinson type filtration of the Chow group of zero-cycles, $\tex…
Torsion phenomena for zero-cycles on a product of curves over a number field
Evangelia Gazaki, Jonathan Love
For a smooth projective variety over a number field a conjecture of Bloch and Beilinson predicts that the kernel of the Albanese map of is a torsion group. In this arti…
Weak Approximation for -cycles on a product of elliptic curves
Evangelia Gazaki, Angelos Koutsianas
In the 1980's Colliot-Thélène, Sansuc, Kato and S. Saito proposed conjectures related to local-to-global principles for -cycles on arbitrary smooth projective varieties over a n…
Some results about zero-cycles on abelian and semi-abelian varieties
Evangelia Gazaki
In this short note we extend some results obtained in \cite{Gazaki2015}. First, we prove that for an abelian variety with good ordinary reduction over a finite extension of $\m…