
Accession Number : AD0620447
Title : BAER RINGS AND LINEAR TRANSFORMATIONS.
Descriptive Note : Master's thesis,
Corporate Author : NORTH CAROLINA STATE UNIV RALEIGH
Personal Author(s) : Wheeler,Charles Howard
Report Date : 1965
Pagination or Media Count : 29
Abstract : The first five sections of this thesis are devoted to proving that the ring of all nxn triangular matrices over any field, which is not necessarily commutative, belong to the class of Baer rings, for any finite n. The term Baer ring is used to denote those rings in which the left (right) annihilator of each subset is a principal left (right) ideal generated by an element, say e, in the ring, with the property e . e = e. The sixth section is devoted to proving that in a Baer ring certain ideals, called right and left singular ideals, contain no nonzero elements. The left (right) singular ideal of a ring is a set of elements of the ring whose left (right) annihilators have a nonzero intersection with each nonzero left (right) ideal of the ring. Some indications of why these proofs are significant, a summary of the thesis, and remarks on possible extensions of this work, are the contents of the seventh section. (Author)
Descriptors : (*RINGS, TRANSFORMATIONS(MATHEMATICS)), (*TRANSFORMATIONS(MATHEMATICS), RINGS), MATRICES(MATHEMATICS)
Distribution Statement : APPROVED FOR PUBLIC RELEASE