2,824 reputation
1923
bio website
location Venice, Italy
age 26
visits member for 3 years, 10 months
seen Jun 7 at 14:28

Master student in mathematics at the University of Amsterdam

$\newcommand{\test}{\mathbb{C}}$


Aug
8
awarded  Necromancer
Jul
2
awarded  Curious
Jul
2
awarded  Inquisitive
Mar
9
reviewed Approve suggested edit on When is $\operatorname{gr}_I (M)$ finite?
Mar
7
awarded  Nice Question
Mar
6
comment Does $\,f_* \mathcal{O}_{X_T} \cong \mathcal{O}_{T}$ hold in this situation?
Hi Martin, as always thanks for your comments! Could you please give the sketch of an argument or a reference for your claim "integral fibers $\implies (3)$" ?
Mar
5
revised Does $\,f_* \mathcal{O}_{X_T} \cong \mathcal{O}_{T}$ hold in this situation?
added 150 characters in body
Mar
5
asked Does $\,f_* \mathcal{O}_{X_T} \cong \mathcal{O}_{T}$ hold in this situation?
Mar
5
reviewed Approve suggested edit on Creating a constrained log function
Mar
1
comment Surprising identities / equations
Ok JChau, I knew about this! ;-)
Feb
27
reviewed Approve suggested edit on The distance between the integral multiples of two numbers
Feb
27
asked Curve with acnodes over closed fields?
Feb
21
accepted Pullback of an ample line bundle through a projection
Feb
21
revised Pullback of an ample line bundle through a projection
added 71 characters in body
Feb
21
asked Pullback of an ample line bundle through a projection
Feb
21
comment Why is this line bundle clearly ample?
Hi fpqc, I was thinking about this question again, and I realized that the projection $\pi_i$ is not a finite morphism and hence $\pi_i^*\mathcal{O}_X(q)$ is not necessarily ample. Do you have any other suggestion, then?
Feb
21
comment Geometric interpretation of the Riemann-Roch for curves
Thanks Georges! Sometimes I feel like the best way to give my contribution to the field could be by just producing pictures!
Feb
20
revised Sheaf cohomology of $\mathbb{P}^3$
added 151 characters in body
Feb
20
accepted Sheaf cohomology of $\mathbb{P}^3$
Feb
20
asked Sheaf cohomology of $\mathbb{P}^3$