most citedNon-parallel essential surfaces in knot complements

3 citations · 7 across the 5 of their papers we have counts for

collaborators

8 papers

math.GT20032 cited

Normalizing Heegaard-Scharlemann-Thompson Splittings

David Bachman

We define a Heegaard-Scharlemann-Thompson (HST) splitting of a 3-manifold M to be a sequence of pairwise-disjoint, embedded surfaces, {F_i}, such that for each odd value of i, F_i…

math.GT20031 cited

Distance and bridge position

David Bachman, Saul Schleimer

J. Hempel's definition of the distance of a Heegaard surface generalizes to a complexity for a knot which is in bridge position with respect to a Heegaard surface. Our main result…

math.GT20033 cited

Non-parallel essential surfaces in knot complements

David Bachman

We show that if a knot or link has n thin levels when put in thin position then its exterior contains a collection of n disjoint, non-parallel, planar, meridional, essential surfac…

math.GT20021 cited

Surface bundles versus Heegaard splittings

David Bachman, Saul Schleimer

This paper studies Heegaard splittings of surface bundles via the curve complex of the fibre. The translation distance of the monodromy is the smallest distance it moves any vertex…

math.GT2002

A note on Kneser-Haken finiteness

David Bachman

Kneser-Haken Finiteness asserts that for each compact 3-manifold M there is an integer c(M) such that any collection of k>c(M) closed, essential, 2-sided surfaces in M must contain…

math.GT2002

Critical Heegaard Surfaces and Index 2 Minimal Surfaces

David Bachman

This paper contains the motivation for the study of critical surfaces. In previous work the only justification given for the definition of this new class of surfaces is the strengt…