A remark on cube-free numbers in Segal-Piatestki-Shapiro sequencesArticle
Authors: Jean-Marc Deshouillers 1
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Jean-Marc Deshouillers
Using a method due to G. J. Rieger, we show that for $1 < c < 2 $ one has, as $x$ tends to infinity $$\textrm{Card}{n \leq x : \lfloor{n^c}\rfloor} \ \textrm{ is cube-free} } = \frac{x}{\zeta(3)} + O (x^{ (c+1)/3} \log x)$$ , thus improving on a recent result by Zhang Min and Li Jinjiang.
Published on: January 23, 2019
Imported on: January 23, 2019
Keywords: [MATH]Mathematics [math], [MATH.MATH-NT]Mathematics [math]/Number Theory [math.NT], [en] Segal-Piatetski-Shapiro sequences, cube-free numbers, estimation of trigonometric sums, discrepancy 2010 Mathematics Subject Classification 11B75, 11N37, 11N56, 11L03, 11L07