activity
20072012
most citedMinimal dilatations of pseudo-Anosovs generated by the magic 3-manifold and their asymptotic behavior

12 citations · 24 across the 7 of their papers we have counts for

collaborators

7 papers

math.GT2012

The boundary of a fibered face of the magic 3-manifold and the asymptotic behavior of the minimal pseudo-Anosovs dilatations

Eiko Kin, Mitsuhiko Takasawa

Let be the minimal dilatation of pseudo-Anosovs defined on an orientable surface of genus with punctures. Tsai proved that for any fixed , the logarithm…

math.GT2011★ 12 cited

Minimal dilatations of pseudo-Anosovs generated by the magic 3-manifold and their asymptotic behavior

Eiko Kin, Sadayoshi Kojima, Mitsuhiko Takasawa

This paper concerns the set of pseudo-Anosovs which occur as monodromies of fibrations on manifolds obtained from the magic 3-manifold by Dehn filling three…

math.GT2010

Constructions of surface bundles with rank two fundamental groups

Kazuhiro Ichihara, Mitsuhiko Takasawa

We give a construction of hyperbolic 3-manifolds with rank two fundamental groups and report an experimental search to find such manifolds. Our manifolds are all surface bundles ov…

math.GT2010★ 6 cited

Pseudo-Anosovs on closed surfaces having small entropy and the Whitehead sister link exterior

Eiko Kin, Mitsuhiko Takasawa

Let be the minimal dilatation for pseudo-Anosovs on a closed surface of genus and let be the minimal dilatation for pseudo-Anosovs on with orientable…

math.GT2008★ 2 cited

Entropy vs volume for pseudo-Anosov maps

Eiko Kin, Sadayoshi Kojima, Mitsuhiko Takasawa

We will discuss theoretical and experimental results concerning comparison of entropy of pseudo-Anosov maps and volume of their mapping tori. Recent study of Weil-Petersson geometr…

math.GT2008★ 3 cited

Pseudo-Anosov braids with small entropy and the magic 3-manifold

Eiko Kin, Mitsuhiko Takasawa

We consider a hyperbolic surface bundle over the circle with the smallest known volume among hyperbolic manifolds having 3 cusps, so called "the magic manifold". We compute the ent…