On n-Absorbing Ideals of Commutative Rings

By David F. Anderson, Ayman Badawi. 2011

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Let R be a commutative ring with 1 ≠ 0 and n a positive integer. In this article, we study two generalizations of a prime ideal. A proper ideal I of R is called an n-absorbing (resp., strongly n-absorbing) ideal if whenever x 1…x n+1 ∈ I for x 1,…, x n+1 ∈ R (resp., I 1…I n+1 ⊆ I for ideals I 1,…, I n+1 of R), then there are n of the x i 's (resp., n of the I i 's) whose product is in I. We investigate n-absorbing and strongly n-absorbing ideals, and we conjecture that these two concepts are equivalent. In particular, we study the stability of n-absorbing ideals with respect to various ring-theoretic constructions and study n-absorbing ideals in several classes of commutative rings. For example, in a Noetherian ring every proper ideal is an n-absorbing ideal for some positive integer n, and in a Prüfer domain, an ideal is an n-absorbing ideal for some positive integer n if and only if it is a product of prime ideals.

Subfields: Algebra and Number Theory, Rehabilitation

View Paper: https://www.semanticscholar.org/paper/b121b48e02579c14a0c86fcec51535b40274bdf1

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In Algebra and Number Theory

  1. F. Soheilnia
  2. Ahmad Yousefian Darani
  3. Ünsal Teki̇r
  4. Ece Yetkin
  5. Hojjat Mostafanasab
  6. Ayman Badawi
  7. David F. Anderson

In Rehabilitation

  1. F. Soheilnia
  2. Ahmad Yousefian Darani
  3. Ece Yetkin
  4. Ünsal Teki̇r

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