Preface. Contributors.- Biographical Sketches of the Lecturers. Uniform Distribution; A. Granville and Z. Rudnick.-
1. Uniform Distribution mod One.2. Fractional Parts of an 2 .3. Uniform Distribution mod N.4. Normal Numbers. Sieving and the Erdos-Kac Theorem; A. Granville and K. Soundararajan.- Uniform Distribution, Exponential Sums, and Cryptography; J. B. Friedlander .- 1 Randomness and Pseudorandomness. 2 Uniform Distribution and Exponential Sums. 3. Exponential Sums and Cryptography. 4. Some Exponential Sum Bounds. 5. General Modulus and Discrepancy of Diffie-Hellman Triples. 6. Pseudorandom Number Generation. 7 Large Periods and the Carmichael Function. 8 Exponential Sums to General Modulus. 9. Sums over Elliptic Curves. 10 Proof Sketch of Theorem 4.1.- The Distribution of Prime Numbers; K. Soundararajan.- 1. The Cramer Model and Gaps Between Consecutive Primes. 2 The Distribution of Primes in Longer Intervals. 3 Maier's Method and an "Uncertainty Principle" .- Torsion Points on Curves; A. Granville and Z. Rudnick.- 1. Introduction. 2. A Proof Using Galois Theory. 3. Polynomials Vanishing at Roots of Unity. The distribution of roots of a polynomial; A. Granville.- 1. Introduction. 2 Algebraic Numbers. 3 In k Dimensions: the Bilu Equidistribution Theorem. 4. Lower Bounds on Heights. 5. Compact Sets with Minimal Energy.- Manin-Mumford, André-Oort, the Equidistribution Point of View; Emmanuel Ullmo.- 1 Introduction.2 Informal Examples of Equi-Distribution.3. The Manin-Mumford and the André-Oort Conjecture. 4. Equidistribution of Special Subvarieties; Analytic Methods for the Distribution of Rational Points on Algebraic Varieties; D. R. Heath-Brown.- 1. Introduction to the Hardy-Littlewood Circle Method. 2. Major Arcs and Local Factors in the Hardy-Littlewood Circle Method. 3. The Minor Arcs in the Hardy-Littlewood Circle Method.4. Combining Analytic and Geometric Methods. Universal Torsors over Del Pezzo Surfaces and Rational Points; U. Derenthal and Y.Tschinkel.- 1. Introduction. 2. Geometric Background. 3. Manin's Conjecture. 4. The Universal Torsor. 5. Summations.6. Completion of the Proof. 7. Equations of Universal Torsors.- An Introduction to the Linnik Problems; W. Duke.- 1. Introduction.2. The Linnik Problems. 3. Holomorphic Modular Forms of Half-Integral Weight. 4. Theta Series With Harmonic Polynomials. 5. Linnik Problem for Squares and the Shimura Lift. 6. Nontrivial Estimates for Fourier Coefficients.7. Salié Sums. 8. An Estimate of Iwaniec. 9. Theorems of Gauss and Siegel . 10. The Nonholomorphic Case (Duke, 1988). 11. Transition to Subconvexity Bounds for L-Functions. 12. An Application to Traces of Singular Moduli. Distribution Modulo One and Ratner's Theorem; J. Marklof.- 1. Introduction. 2. Randomness of Point Sequences mod 1. 3. ma mod One 4. vma mod One.5. Ratner's Theorem. Spectral Theory of Automorphic Forms: A Very Brief Introduction; A. Venkatesh.- 1. What Is a Homogeneous Space?. 2. Spectral Theory: Compact Case. 3. Dynamics. 4. Spectral Theory: Noncompact Case. 5. Hecke Operators. 6. Gross Omissions: The Selberg Trace Formula. Some Examples How to Use Measure Classification in Number Theory; E. Lindenstrauss.- 1. Introduction. 2. Dynamical Systems: Some Background. 3. Equidistribution of n 2 a mod 1. 4. Unipotent Flows and Ratner's Theorems. 5. Entropy of Dynamical Systems: Some More Background. 6. Diagonalizable Actions and the Set of Exceptions to Littlewood's Conjecture. 7. Applications to Quantum Unique Ergodicity.-An Introduction to Quantum Equidistribution; S.De Bièvre.- 1. Introduction. 2. A Crash Course in Classical Mechanics. 3.A Crash Course in Quantum Mechanics. 4. Two Words on Semi-Classical Analysis. 5. Quantum Mechanics on the Torus. The Arithmetic Theory of Quantum Maps; Z. Rudnick.- 1. Quantum Mechanics on the Torus. 2. Quantizing Cat Maps. 3. Quantum Ergodicity. 4. Quantum Unique Ergodicity. 5. Arithmetic QUE .
This set of lectures provides a structured introduction to the concept of equidistribution in number theory. This concept is of growing importance in many areas, including cryptography, zeros of L-functions, Heegner points, prime number theory, the theory of quadratic forms, and the arithmetic aspects of quantum chaos.
The volume brings together leading researchers from a range of fields who reveal fascinating links between seemingly disparate areas.
Focus on distribution questions in number theory
Very broad view of the emergence of this exciting new school of thought
Motivated surveys of up-to-date research by truly leading researchers
Detailed introductions to key subjects from outstanding expositors