The theorems of Steinitz concerning algebraic closure and the degree of transcendence are barred, from the algebraic point of view, by the well-ordering theorem and its theory. We wish to show how, by introducing a certain axiom on sets of sets instead of the well-ordering theorem, one is enabled to make the proofs shorter and more algebraic. The proofs will be given in terms of the non-axiomatic standpoint of set theory. DEFINITION APPLICATIONS.
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