We prove that if a group ring $RG$ is a (quasi) Baer $*$-ring, then so is $R$, whereas converse is not true.
Sufficient conditions are given so that for some finite cyclic groups $G$,
if $R$ is (quasi-) Baer $*$-ring, then so is the group ring $RG$.
We prove that if the group ring $RG$ is a Baer $*$-ring, then so is $RH$ for every subgroup $H$ of $G$.
Also, we generalize results of Zhong Yi, Yiqiang Zhou (for (quasi-) Baer rings) and L. Zan, J. Chen
(for principally quasi-Baer and principally projective rings).
Subjects | Mathematical Sciences |
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Journal Section | Articles |
Authors | |
Publication Date | July 11, 2017 |
Published in Issue | Year 2017 |