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3
votes
Foliated bundles and suspensions
See Chapter V of Geometric Theory of Foliations. …
7
votes
Accepted
Deformation of foliation
The same argument applies to codimension one foliations on compact $3$-folds with finite fundamental group. …
4
votes
An extra condition on Frobenius theorem for $1$-forms
The existence of a global closed $\alpha$ imposes strong restrictions on the foliation. The foliation would transversely affine, in the sense that there would exist an open covering of the ambient man …
6
votes
Accepted
Algebraicity and non-algebraicity of leaves of the characteristic foliation
If $A_1$ itself is a product of elliptic curves (or isogeneous to the product of an elliptic curve and an abelian variety of dimension $n-1$) then $A_1$ carries linear foliations with all leaves algebraic …
7
votes
Accepted
Holomorphic Foliations having transverse sections
The main references here are McQuillan's paper Canonical models of foliations; and Brunella's book Birational geometry of foliations.
Examples. … In contrast, it is rather easy to produce examples of foliations tranverse to curves of negative self-intersection. …
2
votes
Accepted
Extension of integrable distribution over a subset
The answer in general is no.
If $K$ is a submanifold of $M$ then tangent bundle of $K$ defines an integrable distribution on $K$. To wit we are talking about the foliation with just one leaf: $K$.
…
4
votes
Density of non-algebraic leaves in the characteristic foliation
For a foliation on a projective manifold $Y$, the set of points belonging to invariant subschemes with a given Hilbert polynomial is a Zariski closed subset of $Y$. Therefore the set of algebraic leav …
6
votes
Accepted
algebraic leaves of foliation on a product of two curves
The foliation $\mathcal F$ defined by $p_1^* \omega_1 + p_2^* \omega_2$ is everywhere transverse to the fibration $p_2 : S \to C$. One can therefore lift paths
from $C$ to leaves of $\mathcal F$ in …
4
votes
Accepted
Vector fields tangent to distributions with zero first Chern class
Not in general.
Let $F \in H^0(\mathbb P^3, \mathcal O_{\mathbb P^3}(3))$ be a general cubic form and let $H \in H^0(\mathbb P^3, \mathcal O_{\mathbb P^3}(1))$ be a linear form. The kernel of
$\omega …
7
votes
Accepted
Smooth rank one foliations with closed leaves
The problem makes sense for foliations of arbitrary dimensions. No need to be restricted to foliation by curves. … There are also examples of holomorphic foliations having all its leaves compact but with non-Hausdorff leaf-space, on non-compact complex manifolds, see On the stability of holomorphic foliations by Holmann …
13
votes
Accepted
References for holomorphic foliations
Brunella - Birational geometry of foliations
Suwa - Indices of vector fields and residues of holomorphic foliations
Gomez-Mont, Bobadilla - Sistemas Dinamicos Holomorfos en Superficies ( in Spanish ) … Touzet recently studied foliations admitting a transversal Kähler metric in this paper. …
6
votes
Foliations by holomorphic curves on complex surfaces
The same result holds true for codimension one foliations by compact leaaves, but it is not true for higher codimension foliations. …
3
votes
Existence transverse sections in $\mathbb{CP}^1$-bundles over compact Riemann surfaces
Therefore, in the particular case of foliations everywhere transverse to the fibration you are asking for the possible monodromy representations of projective structures on it. …
2
votes
Looking for examples of non-singular holomorphic foliations with compact leaves
The result is due to Edwards, Millett and Sullivan and appears in the paper Foliations with all leaves compact published by Topology. …