The average analytic rank of elliptic curves

By D. R. Heath-Brown. 2003

85 citations recorded by the source corpus.

All the results in this paper are conditional on the Riemann Hypothesis for the L-functions of elliptic curves. Under this assumption, we show that the average analytic rank of all elliptic curves over Q is at most 2, thereby improving a result of Brumer [2]. We also show that the average within any family of quadratic twists is at most 3/2, improving a result of Goldfeld [3]. A third result concerns the density of curves with analytic rank at least R, and shows that the proportion of such curves decreases faster than exponentially as R grows. The proofs depend on an analogue of Weil’s “explicit formula”.

Subfields: Algebra and Number Theory, Geometry and Topology, Mathematical Physics

View Paper: https://www.semanticscholar.org/paper/e779644d0c9534e87c16b51a723cac204f7bd926

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In Algebra and Number Theory

  1. Manjul Bhargava
  2. A. Shankar
  3. M. Young
  4. B. Gross
  5. Bjorn Poonen
  6. Melanie Matchett Wood
  7. Alexei Oblomkov
  8. Zhiwei Yun

In Geometry and Topology

  1. Manjul Bhargava
  2. A. Shankar
  3. M. Young
  4. Bjorn Poonen
  5. B. Gross
  6. Melanie Matchett Wood
  7. Ian Petrow
  8. Alexei Oblomkov

In Mathematical Physics

  1. A. Shankar
  2. Manjul Bhargava
  3. M. Young
  4. Melanie Matchett Wood
  5. Ian Petrow
  6. B. Gross
  7. Kiran S. Kedlaya
  8. Bjorn Poonen

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