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Added the 'kahler' tag. (changed texlike umlaut to real one)
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user9072
user9072

When is a Form a KahlerKähler Form?

Let $M$ be a complex manifold, and $\omega$ a closed $2$-form. When is $\omega$ a KahlerKähler form? I mean, when does there exist a KahlerKähler metric for which $\omega$ is the corresponding form.

I would (wildly) guess that necessary and sufficient conditions might be got from the K"ahlerKähler identities.

When is a Form a Kahler Form?

Let $M$ be a complex manifold, and $\omega$ a closed $2$-form. When is $\omega$ a Kahler form? I mean, when does there exist a Kahler metric for which $\omega$ is the corresponding form.

I would (wildly) guess that necessary and sufficient conditions might be got from the K"ahler identities.

When is a Form a Kähler Form?

Let $M$ be a complex manifold, and $\omega$ a closed $2$-form. When is $\omega$ a Kähler form? I mean, when does there exist a Kähler metric for which $\omega$ is the corresponding form.

I would (wildly) guess that necessary and sufficient conditions might be got from the Kähler identities.

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Jean Delinez
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When is a Form a Kahler Form?

Let $M$ be a complex manifold, and $\omega$ a closed $2$-form. When is $\omega$ a Kahler form? I mean, when does there exist a Kahler metric for which $\omega$ is the corresponding form.

I would (wildly) guess that necessary and sufficient conditions might be got from the K"ahler identities.