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math.AC2020

Koszul multi-Rees algebras of principal -Borel Ideals

Michael DiPasquale, Babak Jabbar Nezhad

Given a monomial in a polynomial ring and a subset of the variables of the polynomial ring, the principal -Borel ideal generated by is the ideal generated by all mon…

math.AC2020

On resurgence via asymptotic resurgence

Michael DiPasquale, Ben Drabkin

The resurgence and asymptotic resurgence of an ideal in a polynomial ring are two statistics which measure the relationship between its regular and symbolic powers. We address two…

math.AC2019

Bivariate Semialgebraic Splines

Michael DiPasquale, Frank Sottile

Semialgebraic splines are bivariate splines over meshes whose edges are arcs of algebraic curves. They were first considered by Wang, Chui, and Stiller. We compute the dimension of…

math.AC2018

Asymptotic resurgence via integral closures

Michael DiPasquale, Christopher A. Francisco, Jeffrey Mermin +1

Given an ideal in a polynomial ring, we show that the asymptotic resurgence studied by Guardo, Harbourne, and Van Tuyl can be computed using integral closures. As a consequence, th…

math.AC2017

Free Multiplicities on the moduli of

Michael DiPasquale, Max Wakefield

In this note we study the freeness of the module of derivations on all moduli of the arrangement with multiplicities. We use homological techniques stemming from work of Yuzv…

math.AC2017

The Rees algebra of a two-Borel ideal is Koszul

Michael DiPasquale, Christopher A. Francisco, Jeffrey Mermin +2

Let and be two monomials of the same degree, and let be the smallest Borel ideal containing and . We show that the toric ring of is Koszul by constructing a…