activity
20152025
most citedThe Weight Filtration on the Constant Sheaf on a Parameterized Space

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

collaborators

7 papers

cs.SI2025

Modular versus Hierarchical: A Structural Signature of Topic Popularity in Mathematical Research

Brian Hepler

Mathematical researchers, especially those in early-career positions, face critical decisions about topic specialization with limited information about the collaborative environmen…

math.AG2022

Moderate Growth and Rapid Decay Nearby Cycles via Enhanced Ind-Sheaves

Brian Hepler, Andreas Hohl

For any holomorphic function on a complex manifold , we define and study moderate growth and rapid decay objects associated to an enhanced ind-sheaf on…

math.AG2018★ 3 cited

The Weight Filtration on the Constant Sheaf on a Parameterized Space

Brian Hepler

On an -dimensional locally reduced complex analytic space on which the shifted constant sheaf $\Q_X^\bullet[n]$ is perverse, it is well-known that, locally, $\Q_X^\bullet[n]…

math.AG2018

Rational Homology Manifolds and Hypersurface Normalizations

Brian Hepler

We prove a criterion for determining whether the normalization of a complex analytic space on which the constant sheaf is perverse is a rational homology manifold, using a perverse…

math.AG2017★ 2 cited

Deformation Formulas for Parameterized Hypersurfaces

Brian Hepler

We investigate one-parameter deformations of functions on affine space which define parameterizable hypersurfaces. With the assumption of isolated polar activity at the origin, we…

math.AG2016

Perverse Results on Milnor Fibers inside Parameterized Hypersurfaces

Brian Hepler, David B. Massey

We discuss some results on parameterized hypersurfaces which follow quickly from results in the category of perverse sheaves

math.AG2015

Some Special Cases of Bobadilla's Conjecture

Brian Hepler, David B. Massey

We prove two special cases of a conjecture of J. Fernández de Bobadilla for hypersurfaces with -dimensional critical loci. We do this via a new numerical invariant for such hype…