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Understanding $\mathcal G$ in $\Bbb C$.

Construction: Define $\mathcal F$ by the union of leaves: $$\mathcal F:=\bigg \lbrace \mathcal M[\chi_t(x)]\cup \mathcal M\bigg[\frac{1}{1-\chi_r(x)}\bigg] \bigg \rbrace$$ where $\mathcal M$ denotes ...
ModularMindset's user avatar
1 vote
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Foliation by complex hypersurfaces

I am learning about the Levi flat hypersurfaces. Let $M \subseteq \mathbb{C}^n$ be a real smooth hypersurface, i.e. for every point $p$ in $M$ there is an open set $U_p$ in $\mathbb{C}^n$ containing $...
Curious's user avatar
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1 vote
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177 views

Line bundle associated with a $1$-cocyle of holomorphic functions.

I'm trying to understand the following extract: A holomorphic foliation by curves $\mathcal{F}$ of degree $r$ on the projective space is a bundle map $\Omega : H_{-r+1} \rightarrow T\mathbb{P}^n$, ...
JKEG's user avatar
  • 2,545
4 votes
1 answer
56 views

foliation with many tangencies

Suppose you have smooth foliation on a Euclidean ball $\mathbb{B}^{4} \subset \mathbb{C}^{2}$, whose leaves are holomorphic curves with respect to the standard complex structure. Let $(z_{1},z_{2})$ ...
Nick L's user avatar
  • 4,460
1 vote
0 answers
58 views

Proper surjective holomorphic function is a topological bundle

If I have $u:M\rightarrow D\setminus 0$, $M\subseteq (\mathbb C^2,0)$ compact, $\mathbb C^2 = \mathbb C \times \mathbb C$ and $D$ the Poincare disk, $u$ is holomorphic, surjective, proper and every ...
Valdes's user avatar
  • 117