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Area, Lattice Points and Exponential Sums
von M N Huxley
Verlag: Sydney University Press
Reihe: London Mathematical Society Mo Nr. 13
Gebundene Ausgabe
ISBN: 978-0-19-853466-2
Erschienen am 22.08.1996
Sprache: Englisch
Format: 234 mm [H] x 156 mm [B] x 29 mm [T]
Gewicht: 885 Gramm
Umfang: 506 Seiten

Preis: 435,50 €
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Klappentext
Inhaltsverzeichnis

In analytic number theory many problems can be "reduced" to those involving the estimation of exponential sums in one or several variables. This book is a thorough treatment of the developments arising from the method for estimating the Riemann zeta function. Huxley and his coworkers have
taken this method and vastly extended and improved it. The powerful techniques presented here go considerably beyond older methods for estimating exponential sums such as van de Corput's method. The potential for the method is far from being exhausted, and there is considerable motivation for other
researchers to try to master this subject. However, anyone currently trying to learn all of this material has the formidable task of wading through numerous papers in the literature. This book simplifies that task by presenting all of the relevant literature and a good part of the background in one
package. The book will find its biggest readership among mathematics graduate students and academics with a research interest in analytic theory; specifically exponential sum methods.



  • Introduction

  • Part I Elementary Methods

  • 1: The rational line

  • 2: Polygons and area

  • 3: Integer points close to a curve

  • 4: Rational points close to a curve

  • Part II The Bombieri-Iwaniec Method

  • 5: Analytic methods


  • 7: The simple exponential sum

  • 8: Exponential sums with a difference

  • 9: Exponential sums with a difference

  • 10: Exponential sums with modular form coefficients

  • Part III The First Spacing Problem: Integer Vectors

  • 11: The ruled surface method

  • 12: The Hardy Littlewood method

  • 13: The first spacing problem for the double sum

  • Part IV The Second Spacing Problem: Rational vectors

  • 14: The first and second conditions

  • 15: Consecutive minor arcs


  • Part V Results and Applications

  • 17: Exponential sum theorems

  • 18: Lattice points and area

  • 19: Further results

  • 20: Sums with modular form coefficients

  • m 21: Applications to the Riemann zeta function

  • 22: An application to number theory: prime integer points

  • Part IV Related Work and Further Ideas

  • 23: Related work

  • 24: Further ideas

  • References


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