Publication: Curves of every genus with many points. II. Asymptotically good families
Curves of every genus with many points. II. Asymptotically good families
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Elkies, N., Howe, E., Kresch, A., Poonen, B., Wetherell, J., & Zieve, M. (2004). Curves of every genus with many points. II. Asymptotically good families. Duke Mathematical Journal, 122(2), 399–422. https://doi.org/10.1215/S0012-7094-04-12224-9
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We resolve a 1983 question of Serre by constructing curves with many points of every genus over every finite field. More precisely, we show that for every prime power q there is a positive constant cq with the following property: for every integer g≥0, there is a genus-g curve over Fq with at least cqg rational points over Fq. Moreover, we show that there exists a positive constant d such that for every q we can choose cq=d log q. We show also that there is a constant c>0 such that for every q and every n>0, and for every sufficiently
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Elkies, N., Howe, E., Kresch, A., Poonen, B., Wetherell, J., & Zieve, M. (2004). Curves of every genus with many points. II. Asymptotically good families. Duke Mathematical Journal, 122(2), 399–422. https://doi.org/10.1215/S0012-7094-04-12224-9