Article
Algebraic Numbers and Density Modulo 1, Ii
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Abstract
This is a companion paper to [8]. In [8], using ideas of Berend [3] and Kra [6], it was proved that the sets of the form {λn 1 µm 1 ξ1 + λn 2 µm 2 ξ2 : n, m ≥ 1}, where ξ1, ξ2 ∈ R, λ1, µ1 and λ2, µ2 are two pairs of multiplicatively independent real algebraic numbers satisfying certain technical conditions, including that µi ∈ Q(λi), i = 1, 2, are dense modulo 1/κ, for some κ ≥ 1. In this paper we extend the result from [8], showing that the condition µi ∈ Q(λi) can be removed by imposing appropriate conditions on the norms of con- jugates of λi, µi and the degree of the algebraic numbers λn i µm i .
Keywords
Density modulo 1, algebraic numbers, multiplicatively independent numbers.
Citation
Urban, R. (2010). Algebraic numbers and density modulo 1, ii. Uniform Distribution Theory, 5(1), 111–132.
R. Urban, “Algebraic numbers and density modulo 1, ii,” Uniform Distribution Theory, vol. 5, no. 1, pp. 111–132, 2010.
Urban R. Algebraic numbers and density modulo 1, ii. Uniform Distribution Theory. 2010;5(1):111–132.
Urban, R. (2010), ‘Algebraic numbers and density modulo 1, ii’, Uniform Distribution Theory, 5(1), pp. 111–132.
Urban, Roman. “Algebraic Numbers and Density Modulo 1, Ii.” Uniform Distribution Theory, vol. 5, no. 1, 2010, pp. 111–132.
Urban, Roman. “Algebraic Numbers and Density Modulo 1, Ii.” Uniform Distribution Theory 5, no. 1 (2010): 111–132.
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