A holomorphic vector bundle is a complex vector bundle whose local trivializations have holomorphic transition functions.
A holomorphic line bundle is a complex line bundle with holomorphic local trivializations and holomorphic nonvanishing transition functions.
A Dolbeault partial connection obeys . Its square is a tensorial -form with values in ; it vanishes for the canonical partial connection of a holomorphic bundle.
A Hermitian metric on a holomorphic vector bundle is a smoothly varying positive-definite Hermitian form on every complex fiber .
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A holomorphic vector bundle is a specific type of vector bundle in the context of complex geometry. In mathematics, a vector bundle is a topological construction that associates a vector space to each point of a base space, which can be a manifold. When we add the structure of complex numbers and holomorphic functions, we arrive at the concept of a holomorphic vector bundle. Here's a more detailed description: 1. **Base Space**: Consider a complex manifold \(X\).