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Turkish Journal of Mathematics

DOI

10.55730/1300-0098.3243

Abstract

We study the following two conditions in rings: (i) the right annihilator of some power of any element is an ideal, and (ii) the right annihilator of any nonzero element $a$ contains an ideal generated by some power of any right zero-divisor of the element $a$. We investigate the structure of rings in relation to these conditions; especially, a ring with the condition (ii) is called right APIP. These conditions are shown to be not right-left symmetric. For a prime two-sided APIP ring $R$ we prove that every element of $R$ is either nilpotent or regular, and that if $R$ is of bounded index of nilpotency then $R$ is a domain. We also provide several interesting examples which delimit the classes of rings related to these properties.

Keywords

Annihilator, right APIP ring, K-ring, nilpotent element, prime ring, Köthe's conjecture, matrix ring

First Page

1945

Last Page

1964

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