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4 votes
0 answers
270 views

History of algebraic geometry over finite fields

My question is of historical nature: when did mathematicians start studying algebraic geometry over finite fields in a systematic way, and who were the main driving forces ? Did it start with Weil (...
THC's user avatar
  • 4,575
11 votes
2 answers
2k views

Algebraic geometry over the complex numbers, and beyond

My question basically is very simple: when did mathematicians start to do algebraic geometry "outside the complex numbers" ? In the old days, algebraic geometry was solely done over the ...
THC's user avatar
  • 4,575
4 votes
1 answer
364 views

The numbers of isomorphism classes of abelian variety over finite fields

It is known that there are only finitely many isomorphism classes of abelian variety over a finite field. I am curious about the exact number of these isomorphism classes. Explicitly, fix $g$, let $\...
Yuan Yang's user avatar
  • 547
5 votes
1 answer
464 views

Are degrees of polynomials in Weil's zeta function equal/bounded to/by dimensions of SOME cohomologies in non-smooth or non-projective case?

[Edit] Let me make question more focused. It is about details of Weil conjectures. Rationality of zeta function does NOT require the manifold to be smooth & projective, so zeta function is a ...
Alexander Chervov's user avatar
5 votes
2 answers
1k views

Weil Conjectures for Grassmannians

To establish the Weil conjectures for $n$-dimensional projective space over a finite field is elementary. Does there exist a simple direct proof of the conjectures for finite field Grassmannians?
John McCarthy's user avatar