Principal vector-spread Borel ideals
Marilena Crupi, Antonino Ficarra, Ernesto Lax

TL;DR
This paper investigates a specific class of squarefree Borel ideals, providing their primary decomposition, proving they are sequentially Cohen-Macaulay, and classifying when their ordinary and symbolic powers are equal.
Contribution
It introduces and analyzes principal vector-spread Borel ideals, offering explicit primary decompositions and a complete classification of power equality conditions.
Findings
Computed minimal primary decompositions.
Proved ideals are sequentially Cohen-Macaulay.
Classified ideals with equal ordinary and symbolic powers.
Abstract
We study the class of squarefree principal vector-spread Borel ideals. We compute the minimal primary decomposition of these ideals and thereby we prove that they are sequentially Cohen-Macaulay. As the final conclusion of our results, we completely classify the ideals in our class having the property that their ordinary and symbolic powers coincide.
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Taxonomy
TopicsCommutative Algebra and Its Applications · Algebraic Geometry and Number Theory · Polynomial and algebraic computation
