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Maximal subalgebras of vector fields for equivariant quantizations

机译:向量场的最大子代数用于等变量化

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摘要

The elaboration of new quantization methods has recently developed the interest in the study of subalgebras of the Lie algebra of polynomial vector fields over a Euclidean space. In this framework, these subalgebras define maximal equivariance conditions that one can impose on a linear bijection between observables that are polynomial in the momenta and differential operators. Here, we determine which finite dimensional graded Lie subalgebras are maximal. In order to characterize these, we make use of results of Guillemin, Singer, and Sternberg and Kobayashi and Nagano. (C) 2001 American Institute of Physics. [References: 13]
机译:最近,对新的量化方法的研究引起了人们对研究欧氏空间上的多项式向量场的李代数的子代数的兴趣。在此框架中,这些子代数定义了一个最大等方差条件,可以将这些等式施加于在矩量为多项式的可观测值与微分算子之间的线性双射中。在这里,我们确定哪个有限维分级Lie子代数最大。为了表征这些特征,我们利用了Guillemin,Singer和Sternberg以及Kobayashi和Nagano的结果。 (C)2001美国物理研究所。 [参考:13]

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