
doi: 10.1007/bf01190611
A locally finite variety is said to be homogeneous if every isomorphism between subalgebras of a finite algebra in the variety extends to an automorphism of the algebra. The author proves the following claim: every homogeneous locally finite variety of finite type is finitely axiomatizable. As a consequence, the main result of a forthcoming paper [\textit{M. Valeriote} and the author, ``Discriminating varieties'', Algebra Univers. (to appear)] provides a complete structural characterization of the homogeneous locally finite varieties of finite type.
Equational classes, universal algebra in model theory, finitely axiomatizable, locally finite variety, homogeneous variety
Equational classes, universal algebra in model theory, finitely axiomatizable, locally finite variety, homogeneous variety
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