Victor V. Batyrev
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View article: On the classification of smooth toric surfaces with exactly one exceptional curve
On the classification of smooth toric surfaces with exactly one exceptional curve Open
We classify all smooth projective toric surfaces $S$ containing exactly one exceptional curve. We show that every such surface $S$ is isomorphic to either $\mathbb{F}_1$ or a surface $S_r$ defined by a rational number $r \in \mathbb{Q} \se…
View article: Spherical amoebae and a spherical logarithm map
Spherical amoebae and a spherical logarithm map Open
Let $G$ be a connected reductive algebraic group over $\mathbb{C}$ with a maximal compact subgroup $K$. Let $G/H$ be a (quasi-affine) spherical homogeneous space. In the first part of the paper, following Akhiezer's definition of spherical…
View article: Hodge Theory of Hypersurfaces in Toric Varieties and Recent Developments in Quantum Physics
Hodge Theory of Hypersurfaces in Toric Varieties and Recent Developments in Quantum Physics Open
This is the author's Habilitation which took place at University of Essen on July 11, 1993. The manuscript contains two parts. The first one is devoted to the author's combinatorial construction of mirrors of Calabi-Yau hypersurfaces in Go…
View article: Projecting lattice polytopes according to the Minimal Model Program
Projecting lattice polytopes according to the Minimal Model Program Open
The Fine interior $F(P)$ of a $d$-dimensional lattice polytope $P \subset {\Bbb R}^d$ is the set of all points $y \in P$ having integral distance at least $1$ to any integral supporting hyperplane of $P$. We call a lattice polytope $F$-hol…
View article: Canonical models of toric hypersurfaces
Canonical models of toric hypersurfaces Open
Let Z be a nondegenerate hypersurface in a d-dimensional torus (C * ) d defined by a Laurent polynomial f with a d-dimensional Newton polytope P .The subset F (P ) ⊂ P consisting of all points in P having integral distance at least 1 to al…
View article: On the Fine Interior of Three-Dimensional Canonical Fano Polytopes
On the Fine Interior of Three-Dimensional Canonical Fano Polytopes Open
View article: A generalization of a theorem of White
A generalization of a theorem of White Open
An m-dimensional simplex ∆ in Rm is called empty lattice simplex if ∆ ∩ Zm is exactly the set of vertices of ∆. A theorem of White states that if m = 3 then, up to an affine unimodular transformation of the lattice Zm, any empty lattice si…
View article: Mirror symmetry for quasi-smooth Calabi–Yau hypersurfaces in weighted projective spaces
Mirror symmetry for quasi-smooth Calabi–Yau hypersurfaces in weighted projective spaces Open
View article: Canonical models of toric hypersurfaces
Canonical models of toric hypersurfaces Open
Let $Z$ be a nondegenerate hypersurface in $d$-dimensional torus $(\mathbb{C}^*)^d$ defined by a Laurent polynomial $f$ with a $d$-dimensional Newton polytope $P$. The subset $F(P) \subset P$ consisting of all points in $P$ having integral…
View article: On the stringy Hodge numbers of mirrors of quasi-smooth Calabi-Yau hypersurfaces
On the stringy Hodge numbers of mirrors of quasi-smooth Calabi-Yau hypersurfaces Open
Mirrors $X^{\vee}$ of quasi-smooth Calabi-Yau hypersurfaces $X$ in weighted projective spaces ${\Bbb P}(w_0, \ldots, w_d)$ can be obtained as Calabi-Yau compactifications of non-degenerate affine toric hypersurfaces defined by Laurent poly…
View article: On the Fine Interior of Three-dimensional Canonical Fano Polytopes
On the Fine Interior of Three-dimensional Canonical Fano Polytopes Open
The Fine interior $Δ^{\text{FI}}$ of a $d$-dimensional lattice polytope $Δ$ is a rational subpolytope of $Δ$ which is important for constructing minimal birational models of non-degenerate hypersurfaces defined by Laurent polynomials with …
View article: Stringy -functions of canonical toric Fano threefolds and their applications
Stringy -functions of canonical toric Fano threefolds and their applications Open
Let be a -dimensional lattice polytope containing exactly one interior lattice point. We give a simple combinatorial formula for computing the stringy -function of the -dimensional canonical toric Fano variety associated with . Using the s…
View article: The stringy Euler number of Calabi-Yau hypersurfaces in toric varieties\n and the Mavlyutov duality
The stringy Euler number of Calabi-Yau hypersurfaces in toric varieties\n and the Mavlyutov duality Open
We show that minimal models of nondegenerated hypersufaces defined by Laurent\npolynomials with a $d$-dimensional Newton polytope $\\Delta$ are Calabi-Yau\nvarieties $X$ if and only if the Fine interior of $\\Delta$ consists of a single\nl…
View article: On the algebraic stringy Euler number
On the algebraic stringy Euler number Open
We are interested in stringy invariants of singular projective algebraic varieties satisfying a strict monotonicity with respect to elementary birational modifications in the Mori program. We conjecture that the algebraic stringy Euler num…
View article: Stringy Chern classes of singular toric varieties and their applications
Stringy Chern classes of singular toric varieties and their applications Open
Let X be a normal projective Q-Gorenstein variety with at worst log-terminal singularities. We prove a formula expressing the total stringy Chern class of a generic complete intersection in X via the total stringy Chern class of X. This fo…
View article: The stringy Euler number of Calabi–Yau hypersurfaces in toric varieties and the Mavlyutov duality
The stringy Euler number of Calabi–Yau hypersurfaces in toric varieties and the Mavlyutov duality Open
We show that minimal models of nondegenerated hypersufaces defined by Laurent polynomials with a $d$-dimensional Newton polytope $Δ$ are Calabi-Yau varieties $X$ if and only if the Fine interior of $Δ$ consists of a single lattice point. W…
View article: Satellites of spherical subgroups
Satellites of spherical subgroups Open
Let $G$ be a complex connected reductive algebraic group. Given a spherical subgroup $H \subset G$ and a subset $I$ of the set of spherical roots of $G/H$, we define, up to conjugation, a spherical subgroup $H_I \subset G$ of the same dime…