2005Mathematical Proceedings of the Cambridge Philosophical SocietyOpen access

Ramanujan and the regular continued fraction expansion of real numbers

James Mc Laughlin, Nancy J. Wyshinski

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Abstract

In some recent papers, the authors considered regular continued fractions of the form \[ \bigg[a_{0};\underbrace{a,\ldots, a}_{m}, \underbrace{a^{2},\ldots, a^{2}}_{m}, \underbrace{a^{3},\ldots, a^{3}}_{m}, \ldots \bigg], \] where -continued fractions investigated by Ramanujan to derive the limits of other infinite families of regular continued fractions.

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In some recent papers, the authors considered regular continued fractions of the form \[ \bigg[a_{0};\underbrace{a,\ldots, a}_{m}, \underbrace{a^{2},\ldots, a^{2}}_{m}, \underbrace{a^{3},\ldots, a^{3}}_{m}, \ldots \bigg], \] where -continued fractions investigated by Ramanujan to derive the limits of other infinite families of regular continued fractions.

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Available abstract

In some recent papers, the authors considered regular continued fractions of the form \[ \bigg[a_{0};\underbrace{a,\ldots, a}_{m}, \underbrace{a^{2},\ldots, a^{2}}_{m}, \underbrace{a^{3},\ldots, a^{3}}_{m}, \ldots \bigg], \] where -continued fractions investigated by Ramanujan to derive the limits of other infinite families of regular continued fractions.

Key concepts: Ramanujan's sum, Mathematics, Fraction (chemistry), Continued fraction, Combinatorics, Mathematical proof, Series (stratigraphy), Pure mathematics

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