Tommaso Centeleghe

less info
1,266 reputation
513
bio website www1.iwr.uni-heidelberg.de/…
location
age
visits member for 4 years, 5 months
seen Jul 23 at 8:49

Jul
2
awarded  Curious
Jun
3
comment Why are torsion points dense in an abelian variety?
If p>0, and assuming A ordinary, then the p-power torsion points of A(k) should also be Zariski dense in A, if I'm right.
Mar
22
awarded  Yearling
Feb
3
accepted Behavior of duality under pull-back
Feb
3
comment Behavior of duality under pull-back
Thanks, this is useful for me.
Dec
12
asked Behavior of duality under pull-back
Sep
5
revised Subgroups-ideals correspondence for abelian varieties over $\mathbf{F}_p$
deleted 1 characters in body
Sep
5
comment Duality for rank one modules over a number ring
@Marguaux: I decided to ask on MO the original question I had, which motivates the one asked here. Here is the link: mathoverflow.net/questions/141340/…
Sep
5
asked Subgroups-ideals correspondence for abelian varieties over $\mathbf{F}_p$
Sep
4
comment Duality for rank one modules over a number ring
Thanks for the nice answer and for giving my question some more appropriate context (I got the question from looking at subgroups of ordinary abelian varieties over a finite field. In the situation I had in mind R is Z[\pi], where \pi is an ordinary Weil-number).
Sep
3
revised Duality for rank one modules over a number ring
edited body
Sep
3
asked Duality for rank one modules over a number ring
May
16
comment Power series whose partial sums attain only finitely many values
thanks. you link gives only the definition of cesaro mean, however.
May
16
comment Power series whose partial sums attain only finitely many values
Thanks, this explains exactly what I was asking!
May
16
accepted Power series whose partial sums attain only finitely many values
May
16
asked Power series whose partial sums attain only finitely many values
May
14
comment Convergence at the radius of convergence
@Neil: I see, thanks.
May
14
comment Convergence at the radius of convergence
Wouldn't uniform convergence on your disk imply that your function admits its derivative at the branch point? (By a "switch-sum-and-differentiation"-type argument.. Or am I wrong?)
Mar
22
awarded  Yearling
Feb
27
comment (phi, Gamma) module of ordinary elliptic curve
What if we give ourself the knowledge of the j-invariant of E? Do you think that using j_E one can say more about the structure of $T_p(E)$?