Further Properties of T-Fractions.
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George N. Raney (1973)
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E. FRANK (1969)
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Komatsu, Takao (2006)
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Yuanhong Chen, Yu Sun, Xiaojun Zhao (2015)
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Arne Magnus (1962)
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Henry Cohn (1996)
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James Mc Laughlin (2008)
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Florin P. Boca, Joseph Vandehey (2012)
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Takao Komatsu (2003)
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Barry R. Smith (2015)
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We show that for a fixed integer n ≠ ±2, the congruence x² + nx ± 1 ≡ 0 (mod α) has the solution β with 0 < β < α if and only if α/β has a continued fraction expansion with sequence of quotients having one of a finite number of possible asymmetry types. This generalizes the old theorem that a rational number α/β > 1 in lowest terms has a symmetric continued fraction precisely when β² ≡ ±1(mod α ).
Anton Lukyanenko, Joseph Vandehey (2015)
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We provide a generalization of continued fractions to the Heisenberg group. We prove an explicit estimate on the rate of convergence of the infinite continued fraction and several surprising analogs of classical formulas about continued fractions.