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Notation | |
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Errata | |
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Elementary Theory | |
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Definition of [xi](s) and Elementary Properties | |
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The Functional Equation | |
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The Hadamard Product Formula | |
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The Riemann-von Mangoldt Formula | |
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An Approximate Functional Equation | |
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Mean Value Theorems | |
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Various Dirichlet Series Connected with [xi](s) | |
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Other Zeta-Functions | |
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Unproved Hypotheses | |
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Exponential Integrals and Exponential Sums | |
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Exponential Integrals | |
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Exponential Sums | |
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The Theory of Exponent Pairs | |
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Two-Dimensional Exponent Pairs | |
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The Voronoi Summation Formula | |
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Introduction | |
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The Truncated Voronoi Formula | |
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The Weighted Voronoi Formula | |
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Other Formulas of the Voronoi Type | |
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The Approximate Functional Equations | |
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The Approximate Functional Equation for [xi](s) | |
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The Approximate Functional Equation for [xi superscript 2](s) | |
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The Approximate Functional Equation for Higher Powers | |
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The Reflection Principle | |
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The Fourth Power Moment | |
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Introduction | |
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The Mean Value Theorem for Dirichlet Polynomials | |
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Proof of the Fourth Power Moment Estimate | |
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The Zero-free Region | |
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A Survey of Results | |
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The Method of Vinogradov-Korobov | |
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Estimation of the Zeta Sum | |
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The Order Estimate of [xi](s) Near [sigma] = 1 | |
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The Deduction of the Zero-Free Region | |
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Mean Value Estimates Over Short Intervals | |
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Introduction | |
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An Auxiliary Estimate | |
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The Mean Square When [sigma] Is in the Critical Strip | |
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The Mean Square When [sigma] = 1/2 | |
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The Order of [xi](s) in the Critical Strip | |
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Third and Fourth Power Moments in Short Intervals | |
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Higher Power Moments | |
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Introduction | |
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Some Convexity Estimates | |
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Power Moments for [sigma] = 1/2 | |
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Power Moments for 1/2 [less than sign sigma less than sign] 1 | |
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Asymptotic Formulas for Power Moments When 1/2 [less than sign sigma less than sign] 1 | |
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Omega Results | |
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Introduction | |
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Omega Results When [sigma greater than or equal] 1 | |
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Lemmas on Certain Order Results | |
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Omega Results for 1/2 [less than or equal sigma less than or equal] 1 | |
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Lower Bounds for Power Moments When [sigma] = 1/2 | |
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Zeros on the Critical Line | |
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Levinson's Method | |
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Zeros on the Critical Line in Short Intervals | |
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Consecutive Zeros on the Critical Line | |
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Zero-Density Estimates | |
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Introduction | |
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The Zero-Detection Method | |
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The Ingham-Huxley Estimates | |
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Estimates for [sigma] Near Unity | |
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Reflection Principle Estimates | |
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Double Zeta Sums | |
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Zero-Density Estimates for 3/4 [less than sign sigma less than sign] 1 | |
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Zero-Density Estimates for [sigma] Close to 3/4 | |
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The Distribution of Frimes | |
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General Remarks | |
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The Explicit Formula for [psi](x) | |
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The Prime Number Theorem | |
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The Generalized von Mangoldt Function and the Mobius Function | |
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Von Mangoldt's Function in Short Intervals | |
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The Difference between Consecutive Primes | |
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Almost Primes in Short Intervals | |
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Sums of Differences between Consecutive Primes | |
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The Dirichlet Divisor Problem | |
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Introduction | |
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Estimates for [Delta subscript 2](x) and [Delta subscript 3](x) | |
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Estimates of [Delta subscript k](x) by Power Moments of the Zeta-Function | |
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Estimates of [Delta subscript k](x) When k Is Very Large | |
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Estimates of [beta subscript k] | |
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Mean-Square Estimates of [Delta subscript k](x) | |
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Large Values and Power Moments of [Delta subscript k](x) | |
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The Circle Problem | |
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Various Other Divisor Problems | |
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Summatory Functions of Arithmetical Convolutions | |
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Some Applications of the Convolution Method | |
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Three-Dimensional Divisor Problems | |
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Powerful Numbers | |
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Nonisomorphic Abelian Groups of a Given Order | |
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The General Divisor Function d[subscript z](n) | |
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Small Additive Functions | |
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Atkinson's Formula for the Mean Square | |
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Introduction | |
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Proof of Atkinson's Formula | |
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Modified Atkinson's Formula | |
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The Mean Square of E(t) | |
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The Connection Between E(T) and [Delta](x) | |
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Large Values and Power Moments of E(T) | |
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Appendix | |
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References | |
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Author Index | |
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Subject Index | |