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Newton Polyhedra and Good Compactification Theorem

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A new transparent proof of the well-known good compactification theorem for the complex torus $$({\mathbb {C}}^*)^n$$ ( C ∗ ) n is presented. This theorem provides a powerful tool in… Click to show full abstract

A new transparent proof of the well-known good compactification theorem for the complex torus $$({\mathbb {C}}^*)^n$$ ( C ∗ ) n is presented. This theorem provides a powerful tool in enumerative geometry for subvarieties in the complex torus. The paper also contains an algorithm constructing a good compactification for a subvariety in $$({\mathbb {C}}^*)^n$$ ( C ∗ ) n explicitly defined by a system of equations. A new theorem on a toroidal-like compactification is stated. A transparent proof of this generalization of the good compactification theorem which is similar to proofs and constructions from this paper will be presented in a forthcoming publication.

Keywords: compactification; compactification theorem; good compactification; newton polyhedra; geometry; polyhedra good

Journal Title: Arnold Mathematical Journal
Year Published: 2020

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