K-stability of Fano threefolds of rank 3 and degree 14
We prove that all general smooth Fano threefolds of Picard rank $3$ and degree $14$ are K-stable, where the generality condition is stated explicitly.
arXiv subjects
Publications and source records attributed to Grigory Belousov.
We prove that all general smooth Fano threefolds of Picard rank $3$ and degree $14$ are K-stable, where the generality condition is stated explicitly.
We classify del Pezzo surfaces with Picard number is equal to one and with four log terminal singular points.
We consider del Pezzo surfaces $X$ with du Val singularities. Assume that $X$ has a $-K_X$-polar cylinder and $°X=1$. Let $H$ be an ample divisor. We'll prove that $X$ has a $H$-polar cylinder.
We consider a real del Pezzo surface without points. We prove that the same surface over complex numbers field $\mathbb{C}$ has Picard number is at least two.
We prove that all smooth Fano threefolds of rank 4 and degree 24 are K-stable.
We consider del Pezzo surfaces with du Val singularities. We'll prove that a del Pezzo surface $X$ with du Val singularities has a $-K_X$-polar cylinder if and only if there exist tiger such that the support of this tiger does not contain anti-canonical divisor. Also we classify all del Pezzo surfaces $X$ such that $X$ has not any cylinders.
In this paper we consider del Pezzo surfaces with only log terminal singularities admitting an action of a finite simple group.
We prove that a del Pezzo surface with Picard number one has at most four singular points.