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[parent] polarization by differential operators (Definition)

One can construct the polars of a polynomial by means of a differential operator. Suppose we have a homogeneous polynomial $p (x_1, \ldots, x_n)$ To compute the polars of $p$ we act on it with the operator $\Delta = y_1 \, \partial / \partial x_1 + \cdots +y_n \, \partial / \partial x_n$ the $k$ th polar of $p$ equals $\Delta^k p(x_1, \ldots x_n)$




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Cross-references: operator, act on, homogeneous polynomial, differential operator, polynomial, polars

This is version 3 of polarization by differential operators, born on 2007-11-16, modified 2007-11-16.
Object id is 10044, canonical name is PolarizationByDifferentialOperators.
Accessed 518 times total.

Classification:
AMS MSC15A63 (Linear and multilinear algebra; matrix theory :: Quadratic and bilinear forms, inner products)
 15A69 (Linear and multilinear algebra; matrix theory :: Multilinear algebra, tensor products)
 16R99 (Associative rings and algebras :: Rings with polynomial identity :: Miscellaneous)
 17A99 (Nonassociative rings and algebras :: General nonassociative rings :: Miscellaneous)

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