activity
20092025
most citedLinear topologies on are not Mackey topologies

4 citations · 9 across the 5 of their papers we have counts for

collaborators

6 papers

math.GR2025

The Protasov-Zelenyuk topology and ideal convergence

Lydia Außenhofer, Dikran Dikranjan, Anna Giordano Bruno

The so-called -sequences in a group , and the related finest Hausdorff group topology on that makes a null sequence, were introduced…

math.AT2016★ 3 cited

"Varopoulos paradigm": Mackey property vs. metrizability in topological groups

Lydia Außenhofer, Daniel de la Barrera Mayoral, Dikran Dikranjan +1

The class of all locally quasi-convex (lqc) abelian groups contains all locally convex vector spaces (lcs) considered as topological groups. Therefore it is natural to extend class…

math.FA2012★ 2 cited

On the Nuclearity of Dual Groups

Lydia Aussenhofer

We prove that the dual space of a locally convex nuclear vector space endowed with the compact--open topology is a locally convex nuclear vector space. An analogous result is…

math.GN2011★ 4 cited

Linear topologies on are not Mackey topologies

Lydia Aussenhofer, Daniel de la Barrera Mayoral

In this article it is shown that to every non-discrete Hausdorff linear topology on other metrizable locally quasi-convex group topologies can be associated which are strictly…

math.GN2010

Locally Minimal Topological Groups 2

Lydia Aussenhofer, María Jesús Chasco, Dikran Dikranjan +1

We continue in this paper the study of locally minimal groups started in \cite{LocMin}. The minimality criterion for dense subgroups of compact groups is extended to local minimali…

math.GN2009

Locally minimal topological groups

Lydia Außenhofer, María Jesús Chasco, Dikran Dikranjan +1

A Hausdorff topological group is called locally minimal if there exists a neighborhood of 0 in such that fails to be a neighborhood of zero in any Hausdorff gro…