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Francesco Polizzi
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Let $M$ be a complex manifold, $N$ is a smooth immersed submanifold of $M$. If $T_p M$ is invariant under the multiplication by $i$ for any $p\in M$, then can we conculdeconclude that $N$ is a complex immersed submanifold of $M$?

Since $C^1$ property somehow means analytic property in complex setting, can we drop the asuumptionassumption to that $N$ is merely a $C^1$ submanifold?

Let $M$ be a complex manifold, $N$ is a smooth immersed submanifold of $M$. If $T_p M$ is invariant under the multiplication by $i$ for any $p\in M$, then can we conculde that $N$ is a complex immersed submanifold of $M$?

Since $C^1$ property somehow means analytic property in complex setting, can we drop the asuumption to that $N$ is merely a $C^1$ submanifold?

Let $M$ be a complex manifold, $N$ is a smooth immersed submanifold of $M$. If $T_p M$ is invariant under the multiplication by $i$ for any $p\in M$, then can we conclude that $N$ is a complex immersed submanifold of $M$?

Since $C^1$ property somehow means analytic property in complex setting, can we drop the assumption to that $N$ is merely a $C^1$ submanifold?

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Smooth submanifold of a complex manifold with invariant tangent space under multiplication by $i$

Let $M$ be a complex manifold, $N$ is a smooth immersed submanifold of $M$. If $T_p M$ is invariant under the multiplication by $i$ for any $p\in M$, then can we conculde that $N$ is a complex immersed submanifold of $M$?

Since $C^1$ property somehow means analytic property in complex setting, can we drop the asuumption to that $N$ is merely a $C^1$ submanifold?