activity
20192021
most citedThe Number of Singular Fibers in Hyperelliptic Lefschetz Fibrations

3 citations · 3 across the 2 of their papers we have counts for

collaborators

6 papers

math.GT2021

Small Lefschetz Fibrations on Simply-Connected -Manifolds

Tulin Altunoz

We consider simply-connected -manifolds admitting Lefschetz fibrations over the -sphere. We explicitly construct nonhyperelliptic and hyperelliptic Lefschetz fibrations of ge…

math.GT2021

The Twist Subgroup is generated by two elements

Tulin Altunoz, Mehmetcik Pamuk, Oguz Yildiz

We show that the twist subgroup of a nonorientable surface of genus can be generated by two elements for every odd and even . Using these gen…

math.GT20203 cited

The Number of Singular Fibers in Hyperelliptic Lefschetz Fibrations

Tulin Altunoz

We consider complex surfaces, viewed as smooth -dimensional manifolds, that admit hyperelliptic Lefschetz fibrations over the -sphere. In this paper, we show that the minimal…

math.GT2020

Genus- Lefschetz Fibrations and Exotic -Manifolds with

Tulin Altunoz

We explicitly construct a genus- Lefschetz fibration over whose total space is using the mo…

math.GT2020

Torsion Generators of the Twist Subgroup

Tulin Altunoz, Mehmetcik Pamuk, Oguz Yildiz

We showed that the twist subgroup of the mapping class group of a closed connected nonorientable surface of genus can be generated by two involutions and an element of or…

math.GT2019

Generating the Twist Subgroup by Involutions

Tulin Altunoz, Mehmetcik Pamuk, Oguz Yildiz

For a nonorientable surface, the twist subgroup is an index 2 subgroup of the mapping class group. It is generated by Dehn twists about two-sided simple closed curves. In this pape…