Remarks on eigenspectra of isolated singularities
Ben Castor, Haohua Deng, Matt Kerr, and Gregory Pearlstein

TL;DR
This paper develops a new calculus to analyze Hodge-theoretic invariants of isolated singularities with automorphisms, providing explicit computations and applications to singularity bounds and monodromy in variations of Hodge structures.
Contribution
It introduces a simple calculus extending Steenbrink spectrum for describing invariants of singularities with automorphisms, including explicit eigenspectra computations and applications.
Findings
Computed eigenspectra for quasi-homogeneous singularities
Applied eigenspectra to bounds on singularities
Analyzed monodromy of variations of Hodge structures
Abstract
We introduce a simple calculus, extending a variant of the Steenbrink spectrum, for describing Hodge-theoretic invariants of (smoothings of) isolated singularities with (relative) automorphisms. After computing these "eigenspectra" in the quasi-homogeneous case, we give three applications to singularity bounding and monodromy of VHS.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory · Analytic Number Theory Research · Advanced Differential Equations and Dynamical Systems
