On the ideals of Secant Varieties to certain rational varieties
classification
🧮 math.AG
math.AC
keywords
timesvarietiesembeddingequationsfindsecantcasescertain
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If $\X \subset \P^n$ is a reduced and irreducible projective variety, it is interesting to find the equations describing the (higher) secant varieties of $\X$. In this paper we find those equations in the following cases: $\X = \P^{n_1}\times...\times\P^{n_t}\times\P^n$ is the Segre embedding of the product and $n$ is "large" with respect to the $n_i$ (Theorem 2.4); $\X$ is a Segre-Veronese embedding of some products with 2 or three factors; $\X$ is a Del Pezzo surface.
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