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Field-dependent symmetries of a non-relativistic fluid model

机译:非相对论性流体模型的场相关对称性

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As found by Bordemann and Hoppe and by Jevicki, a certain non-relativistic model of an irrotational and isentropic fluid, related to membranes and to pal tons, admits it Poincare symmetry. Bazeia and Jackiw associate this dynamical symmetry to a novel type of field-dependent action on space-time. The Kaluza-Klein-type framework of Duval et al, is used to explain the origin of these symmetries and to derive the associated conserved quantities. In the non-interacting case, the symmetry extends to the entire conformal group. (C) 2000 Academic Press. [References: 20]
机译:正如Bordemann和Hoppe以及Jevicki所发现的,与膜和palton有关的非旋转和等熵流体的某种非相对论模型承认其Poincare对称性。 Bazeia和Jackiw将这种动态对称性与一种新型的时空作用相关。 Duval等人的Kaluza-Klein型框架用于解释这些对称性的起源并推导相关的保守量。在非交互情况下,对称性扩展到整个共形基团。 (C)2000年学术出版社。 [参考:20]

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