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awarded  Caucus
Dec
14
awarded  Popular Question
Dec
4
accepted Strange differential equation (update)
Nov
28
comment Polynomials over $\mathbb{F}_2$ without multiplicity 1 factors
Very interesting, thanks a lot! The above statements are in fact statements about the ring of integers of a rational function field over a finite field. Can they be generalized to function fields of arbitrary curves over finite fields?
Nov
28
accepted Polynomials over $\mathbb{F}_2$ without multiplicity 1 factors
Nov
25
asked Polynomials over $\mathbb{F}_2$ without multiplicity 1 factors
Nov
14
comment Strange differential equation (update)
That's why I put the new version in boldface :-)
Nov
13
revised Strange differential equation (update)
added 13 characters in body
Nov
13
revised Strange differential equation (update)
added 66 characters in body
Nov
13
revised Strange differential equation (update)
added 283 characters in body; edited title
Nov
13
comment Strange differential equation (update)
I modified the question, thanks.
Nov
13
asked Strange differential equation (update)
Nov
13
asked Reducibility over a finite field
Oct
19
revised Intersection numbers on product surfaces
edited title
Oct
17
asked Meaning of statement about differential forms
Oct
17
revised Intersection numbers on product surfaces
edited title
Oct
17
asked Intersection numbers on product surfaces
Jul
2
awarded  Curious
Jul
2
awarded  Inquisitive
Jun
11
asked Geometrically integral