The theorem of Roth
Jorn Steuding
Abstract
Jorn Steuding
Abstract
It is natural to ask for stronger versions of Liouville’s theorem. Only a slight improvement would imply the finiteness of integral solutions of certain important diophantine equations, so-called Thue equations. First improvements of Liouville’s theorem were made by Thue, Siegel, and Dyson. The most far-reaching extension was found by Roth for which he was awarded a Fields medal at the 1958 International Congress of Mathematicians at Edinburgh. In this chapter we will give a proof of this deep and far-reaching highlight in the theory of diophantine approximations.
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It is natural to ask for stronger versions of Liouville’s theorem. Only a slight improvement would imply the finiteness of integral solutions of certain important diophantine equations, so-called Thue equations. First improvements of Liouville’s theorem were made by Thue, Siegel, and Dyson. The most far-reaching extension was found by Roth for which he was awarded a Fields medal at the 1958 International Congress of Mathematicians at Edinburgh. In this chapter we will give a proof of this deep and far-reaching highlight in the theory of diophantine approximations.
Key concepts: Mathematical economics, Mathematics, Calculus (dental), Philosophy, Medicine, Dentistry