Book contents
- Frontmatter
- Contents
- Acknowledgements
- Preface
- Notation
- Introduction
- 0 Duality and Fourier analysis
- 1 Background philosophy
- 2 Operator norm inequalities
- 3 Dual norm inequalities
- 4 Exercises: Including the Large Sieve
- 5 The method of the stable dual (1): Deriving the approximate functional equations
- 6 The method of the stable dual (2): Solving the approximate functional equations
- 7 Exercises: Almost linear, Almost exponential
- 8 Additive functions of class ℒα. A first application of the method
- 9 Multiplicative functions of the class ℒα: First Approach
- 10 Multiplicative functions of the class ℒα: Second Approach
- 11 Multiplicative functions of the class ℒα: Third Approach
- 12 Exercises: Why the form?
- 13 Theorems of Wirsing and Halász
- 14 Again Wirsing's Theorem
- 15 Exercises: The prime number theorem
- 16 Finitely distributed additive functions
- 17 Multiplicative functions of the class ℒα. Mean value zero
- 18 Exercises: Including logarithmic weights
- 19 Encounters with Ramanujan's function τ(n)
- 20 The operator T on L2
- 21 The operator T on Lα and other spaces
- 22 Exercises: The operator D and differentiation. The operator T and the convergence of measures
- 23 Pause: Towards the discrete derivative
- 24 Exercises: Multiplicative functions on arithmetic progressions. Wiener phenomenon
- 25 Fractional power Large Sieves. Operators involving primes
- 26 Exercises: Probability seen from number theory
- 27 Additive functions on arithmetic progressions: Small moduli
- 28 Additive functions on arithmetic progressions: Large moduli
- 29 Exercises: Maximal inequalities
- 30 Shift operators and orthogonal duals
- 31 Differences of additive functions. Local inequalities
- 32 Linear forms in shifted additive functions
- 33 Exercises: Stability. Correlations of multiplicative functions
- 34 Further readings
- 35 Rückblick (after the manner of Johannes Brahms)
- References
- Author index
- Subject index
Preface
Published online by Cambridge University Press: 05 November 2011
- Frontmatter
- Contents
- Acknowledgements
- Preface
- Notation
- Introduction
- 0 Duality and Fourier analysis
- 1 Background philosophy
- 2 Operator norm inequalities
- 3 Dual norm inequalities
- 4 Exercises: Including the Large Sieve
- 5 The method of the stable dual (1): Deriving the approximate functional equations
- 6 The method of the stable dual (2): Solving the approximate functional equations
- 7 Exercises: Almost linear, Almost exponential
- 8 Additive functions of class ℒα. A first application of the method
- 9 Multiplicative functions of the class ℒα: First Approach
- 10 Multiplicative functions of the class ℒα: Second Approach
- 11 Multiplicative functions of the class ℒα: Third Approach
- 12 Exercises: Why the form?
- 13 Theorems of Wirsing and Halász
- 14 Again Wirsing's Theorem
- 15 Exercises: The prime number theorem
- 16 Finitely distributed additive functions
- 17 Multiplicative functions of the class ℒα. Mean value zero
- 18 Exercises: Including logarithmic weights
- 19 Encounters with Ramanujan's function τ(n)
- 20 The operator T on L2
- 21 The operator T on Lα and other spaces
- 22 Exercises: The operator D and differentiation. The operator T and the convergence of measures
- 23 Pause: Towards the discrete derivative
- 24 Exercises: Multiplicative functions on arithmetic progressions. Wiener phenomenon
- 25 Fractional power Large Sieves. Operators involving primes
- 26 Exercises: Probability seen from number theory
- 27 Additive functions on arithmetic progressions: Small moduli
- 28 Additive functions on arithmetic progressions: Large moduli
- 29 Exercises: Maximal inequalities
- 30 Shift operators and orthogonal duals
- 31 Differences of additive functions. Local inequalities
- 32 Linear forms in shifted additive functions
- 33 Exercises: Stability. Correlations of multiplicative functions
- 34 Further readings
- 35 Rückblick (after the manner of Johannes Brahms)
- References
- Author index
- Subject index
Summary
In this book I have two aims. My first is to give a coherent account of a general method in analytic number theory, and to develop that method sufficiently far that it solves problems otherwise beyond reach. The method applies the simplest notions from functional analysis, and has its roots in geometry.
My second aim, bound to the first, and to me of equal interest, is a light discussion of the creation of the method as a raising of the underlying philosophical motivation into consciousness. In particular, this offers a paradigm for the application of the method itself.
I wrote the present work and my memoir: The Correlation of Multiplicative and the Sum of Additive Arithmetic Functions together. To facilitate a bridge between the two works I have elaborated the treatment of approximate functional equations given in Chapters 2 and 3 of the monograph. In particular, I preserve the same notation. For permission to do this I thank both the American Mathematical Society and Cambridge University Press.
The memoir applies the method to a problem not treated in this book. Background details in the construction of the method are omitted. Consideration of the problem to hand remains paramount. A large number of auxiliary results are required.
The present work is quite different in nature. The method itself is the object of study. Essential inequalities are derived in detail.
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- Information
- Duality in Analytic Number Theory , pp. ixPublisher: Cambridge University PressPrint publication year: 1997