Ranks of Elliptic Curves and Random Matrix TheoryJ. B. Conrey, D. W. Farmer, F. Mezzadri, N. C. Snaith Cambridge University Press, 8 févr. 2007 - 361 pages Random matrix theory is an area of mathematics first developed by physicists interested in the energy levels of atomic nuclei, but it can also be used to describe some exotic phenomena in the number theory of elliptic curves. This book illustrates this interplay of number theory and random matrices. It begins with an introduction to elliptic curves and the fundamentals of modeling by a family of random matrices, and moves on to highlight the latest research. There are expositions of current research on ranks of elliptic curves, statistical properties of families of elliptic curves and their associated L-functions and the emerging uses of random matrix theory in this field. Most of the material here had its origin in a Clay Mathematics Institute workshop on this topic at the Newton Institute in Cambridge and together these contributions provide a unique in-depth treatment of the subject. |
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Table des matières
Introduction | 1 |
Families | 7 |
Modeling families of Lfunctions | 53 |
Analytic number theory and ranks of elliptic curves | 71 |
The derivative of SO2N +1 characteristic polynomials | 93 |
Function fields and random matrices | 109 |
Some applications of symmetric functions theory in random | 143 |
Ranks of quadratic twists | 171 |
Twists of elliptic curves of rank at least four | 177 |
The powers of logarithm for quadratic twists | 189 |
Note on the frequency of vanishing of Lfunctions of elliptic | 195 |
Discretisation for odd quadratic twists | 201 |
Expressions et termes fréquents
abelian group algorithm arithmetic asymptotic average Birch and Swinnerton-Dyer central values character characteristic polynomials compute conductor conjugacy class constant corresponding curve over Q defined over Q definition Delaunay denote density different difficult Dirichlet eigenvalues elliptic curve L-functions example factor families of elliptic family of L-functions family of quadratic find finite first fixed formula Frobenius function field functional equation fundamental discriminant Galois genus given Haar measure Heegner points heuristic infinite integer isomorphic J.B. Conrey J.P. Keating L(Ed Lemma Math Mathematics modular forms modulo morphism N. C. Snaith non-zero Note number fields number theory predict quadratic forms quadratic twists random matrix theory Ranks of Elliptic rational function rational point Riemann root number Rubinstein Sarnak satisfies Schur functions Snaith squarefree Swinnerton-Dyer conjecture symmetric Tate-Shafarevich groups ternary quadratic forms Theorem theta series zeros zeta function