activity
20192026
most citedTwisted logarithmic complexes of positively weighted homogeneous divisors

1 citations · 2 across the 7 of their papers we have counts for

collaborators

9 papers

math.AG2026

Tropical resolutions of configuration hypersurfaces

Daniel Bath, Graham Denham, Mathias Schulze +1

Configuration polynomials generalize the Kirchhoff polynomial of a graph, as well as the Symanzik polynomials that appear in the denominators of Feynman integrands. The configurati…

math.AG2026

The Strong Monodromy Conjecture for a class of homogeneous polynomials in three variables

Daniel Bath, Willem Veys

We consider the class of all homogeneous, possibly non-reduced, polynomials whose associated reduced projective divisor has (at worst)…

math.AG2024★ 1 cited

Bernstein--Sato polynomials of locally quasi-homogeneous divisors in

Daniel Bath

We consider the Bernstein--Sato polynomial of a locally quasi-homogeneous polynomial . We construct, in the analytic category, a complex…

math.AG2022★ 1 cited

Twisted logarithmic complexes of positively weighted homogeneous divisors

Daniel Bath, Morihiko Saito

For a rank 1 local system on the complement of a reduced divisor on a complex manifold , its cohomology is calculated by the twisted meromorphic de Rham complex. Assuming the di…

math.AG2022

Hyperplane Arrangements Satisfy (un)Twisted Logarithmic Comparison Theorems, Applications to -modules

Daniel Bath

For a reduced hyperplane arrangement we prove the analytic Twisted Logarithmic Comparison Theorem, subject to mild combinatorial arithmetic conditions on the weights defining the t…

math.AG2021

A noncommutative analogue of the Peskine--Szpiro Acyclicity Lemma

Daniel Bath

We present a variant of the Peskine--Szpiro Acyclicity Lemma, and hence a way to certify exactness of a complex of finite modules over a large class of (possibly) noncommutative ri…

math.AG2020

A Note on Bernstein-Sato Varieties for Tame Divisors and Arrangements

Daniel Bath

For strongly Euler-homogeneous, Saito-holonomic, and tame analytic germs we consider general types of multivariate Bernstein-Sato ideals associated to arbitrary factorizations of o…

math.AG2019

Combinatorially Determined Zeroes of Bernstein--Sato Ideals for Tame and Free Arrangements

Daniel Bath

For a central, not necessarily reduced, hyperplane arrangement equipped with any factorization and for dividing , we consider a more ge…

math.AG2019

Bernstein-Sato Varieties and Annihilation of Powers

Daniel Bath

Given a complex germ near the point of the complex manifold , equipped with a factorization , we consider the $\mathscr{D}_{X,\mathfra…