Simply connected compact Kahler manifolds of dimension up to three with elliptic homotopy type are characterized in terms of their Hodge diamonds. For surfaces there are only two possibilities, namely h1,1 ≤ 2 with hp,q=0 for p≠ q. For threefolds, there are three possibilities, namely h1,1≤ 3 with hp,q=0 for p≠ q. This characterization in terms of the Hodge diamonds is applied to explicitly classify the simply connected Kahler surfaces and Fano threefolds with elliptic homotopy type
Abstract. We provide infinitely many examples of pairs of diffeomorphic, non simply connected Kähle...
We show that in every dimension greater than or equal to 4, there exist compact Kaehler manifolds wh...
We present a novel way to classify Calabi–Yau threefolds by systematically studying their infinite v...
AbstractSimply connected compact Kähler manifolds of dimension up to three with elliptic homotopy ty...
It is well-known (see eg [22]) that the topology of a compact Kähler manifold X is strongly restric...
In my thesis, using the Hodge decomposition of elliptic complex I will prove the Poincaré and Serre ...
In small dimensions, it is known that Kähler compact manifolds are deformation equivalent to smooth...
The celebrated Kodaira theorem [6] says that a compact complex manifold is projective if and only if...
This talk is concerned with questions arising from the problem of classification of compact complex ...
The aim of this paper is to construct families of Calabi-Yau threefolds without boundary points with...
Let M be a compact complex manifold and C in M be an irreducible curve such that M − C is Kähler. T...
AbstractIn this paper, we apply a modification theorem for a compact homogeneous solvmanifold to com...
In a famous paper Allcock, Carlson and Toledo describe the moduli space of smooth cubic threefolds a...
In this paper we classify pairs (X, S) where X is a smooth complex projective threefold and S is a s...
Minor modifications; Proposition 1.7 added. Comments are welcome.We prove that every compact Kähler ...
Abstract. We provide infinitely many examples of pairs of diffeomorphic, non simply connected Kähle...
We show that in every dimension greater than or equal to 4, there exist compact Kaehler manifolds wh...
We present a novel way to classify Calabi–Yau threefolds by systematically studying their infinite v...
AbstractSimply connected compact Kähler manifolds of dimension up to three with elliptic homotopy ty...
It is well-known (see eg [22]) that the topology of a compact Kähler manifold X is strongly restric...
In my thesis, using the Hodge decomposition of elliptic complex I will prove the Poincaré and Serre ...
In small dimensions, it is known that Kähler compact manifolds are deformation equivalent to smooth...
The celebrated Kodaira theorem [6] says that a compact complex manifold is projective if and only if...
This talk is concerned with questions arising from the problem of classification of compact complex ...
The aim of this paper is to construct families of Calabi-Yau threefolds without boundary points with...
Let M be a compact complex manifold and C in M be an irreducible curve such that M − C is Kähler. T...
AbstractIn this paper, we apply a modification theorem for a compact homogeneous solvmanifold to com...
In a famous paper Allcock, Carlson and Toledo describe the moduli space of smooth cubic threefolds a...
In this paper we classify pairs (X, S) where X is a smooth complex projective threefold and S is a s...
Minor modifications; Proposition 1.7 added. Comments are welcome.We prove that every compact Kähler ...
Abstract. We provide infinitely many examples of pairs of diffeomorphic, non simply connected Kähle...
We show that in every dimension greater than or equal to 4, there exist compact Kaehler manifolds wh...
We present a novel way to classify Calabi–Yau threefolds by systematically studying their infinite v...