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20172026
most citedSets of lengths of factorizations of integer-valued polynomials on Dedekind domains with finite residue fields

27 citations · 36 across the 8 of their papers we have counts for

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math.AC2026

Sets of Lengths of Integer-Valued Polynomials on Prime Ideals of Principal Ideal Domains

Zaituni Kansiime, Sholastica Luambano, Sarah Nakato +2

Let be a principal ideal domain with infinite spectrum such that for every nonzero prime ideal of , the residue field is finite. Let be the quotient field of $…

math.AC2024

Primes and absolutely or non-absolutely irreducible elements in atomic domains

Victor Fadinger, Sophie Frisch, Sarah Nakato +2

We give examples of atomic integral domains satisfying each of the eight logically possible combinations of existence or non-existence of the following kinds of elements: 1) primes…

math.AC2024

Irreducible integer-valued polynomials with prescribed minimal power that factors non-uniquely

Sarah Nakato, Roswitha Rissner

We study the question up to which power an irreducible integer-valued polynomial that is not absolutely irreducible can factor uniquely. For example, for integer-valued polynomials…

math.AC2022★ 1 cited

Characterizing absolutely irreducible integer-valued polynomials over discrete valuation domains

Moritz Hiebler, Sarah Nakato, Roswitha Rissner

Rings of integer-valued polynomials are known to be atomic, non-factorial rings furnishing examples for both irreducible elements for which all powers factor uniquely (\emph{absolu…

math.AC2021

Split absolutely irreducible integer-valued polynomials over discrete valuation domains

Sophie Frisch, Sarah Nakato, Roswitha Rissner

Regarding non-unique factorization of integer-valued polynomials over a discrete valuation domain with finite residue field, it is known that there exist absolutely irreduc…

math.AC2019

A graph-theoretic criterion for absolute irreducibility of integer-valued polynomials with square-free denominator

Sophie Frisch, Sarah Nakato

An irreducible element of a commutative ring is absolutely irreducible if no power of it has more than one (essentially different) factorization into irreducibles. In the case of t…

math.AC2019★ 8 cited

Non-absolutely irreducible elements in the ring of Integer-valued polynomials

Sarah Nakato

Let be a commutative ring with identity. An element is said to be absolutely irreducible in if for all natural numbers , has essentially only one facto…

math.AC2017★ 27 cited

Sets of lengths of factorizations of integer-valued polynomials on Dedekind domains with finite residue fields

Sophie Frisch, Sarah Nakato, Roswitha Rissner

Let be a Dedekind domain with infinitely many maximal ideals, all of finite index, and its quotient field. Let …