![]() Here we use the isomorphism described in that paper in order to obtain matrix elements of the Poincaré Lie algebra generators in a normalizable basis for an arbitrary unitary spherical principal series representation of SO0(1,4). Here we use the isomorphism described in that paper in order to obtain matrix elements of the Poincaré Lie algebra generators in a normalizable basis for an arbitrary unitary spherical principal series representation of SO0(1,4).ĪB - An algebraic isomorphism of an extension of the Lie field of so(1,4) and an extension of the Poincaré Lie field was given in Havlicek and Moylan. This led to a very positive ROI of tens of thousands of per year. Thanks to the segmentation, they were able to decide which customers were worth sending a paper mailing to and which only an e-mail. PointCarré recently reintroduced its birthday mailings. ![]() N2 - An algebraic isomorphism of an extension of the Lie field of so(1,4) and an extension of the Poincaré Lie field was given in Havlicek and Moylan. ROI of tens of thousands of on net margin for the birthday mailings. T1 - Representations of the Poincaré Lie algebra from unitary representations of SO(1,4) ![]()
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