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The distribution of powers of integers in algebraic number fields

Werner Georg Nowak, Johannes Schoißengeier (2004)

Journal de Théorie des Nombres de Bordeaux

For an arbitrary (not totally real) number field K of degree 3 , we ask how many perfect powers γ p of algebraic integers γ in K exist, such that μ ( τ ( γ p ) ) X for each embedding τ of K into the complex field. ( X a large real parameter, p 2 a fixed integer, and μ ( z ) = max ( | Re ( z ) | , | Im ( z ) | ) for any complex z .) This quantity is evaluated asymptotically in the form c p , K X n / p + R p , K ( X ) , with sharp estimates for the remainder R p , K ( X ) . The argument uses techniques from lattice point theory along with W. Schmidt’s multivariate extension of K.F. Roth’s result on the approximation...

The hyperbola x y = N

Javier Cilleruelo, Jorge Jiménez-Urroz (2000)

Journal de théorie des nombres de Bordeaux

We include several results providing bounds for an interval on the hyperbola x y = N containing k lattice points.

Three two-dimensional Weyl steps in the circle problem I. The Hessian determinant

Ulrike M. A. Vorhauer, Eduard Wirsing (1999)

Acta Arithmetica

1. Summary. In a sequence of three papers we study the circle problem and its generalization involving the logarithmic mean. Most of the deeper results in this area depend on estimates of exponential sums. For the circle problem itself Chen has carried out such estimates using three two-dimensional Weyl steps with complicated techniques. We make the same Weyl steps but our approach is simpler and clearer. Crucial is a good understanding of the Hessian determinant that appears and a simple...

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