Consistent truncations of chiral N=2 D=10 supergravity on the round 5-sphere
Consistent truncations of chiral N=2 D=10 supergravity on the round 5-sphere
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5 圆球上手性 N=2 D=10 超重力的一致截断
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发表时间：
1986
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通讯作者：
T. T. Tsikas
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文献类型：
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作者：
T. T. Tsikas
本文构造了一个N-2D =10的手征超引力理论的Kaluza-Klein模型，该模型包含五维引力子和15个SO（6）规范场，其背景由五维最大对称反德西特时空与一个圆五维球的乘积描述.据发现，一些一般预期的不一致没有出现。本文还证明了包含N= 2D =5超引力玻色子场的限制性反演算法对所有阶次都是相容的。作者评述了这些结果与D=11超引力的S7紧化中类似结果的关系以及与已提出的相容性猜想的关系。
The author constructs a Kaluza-Klein ansatz for the chiral N-2 D=10 supergravity theory which contains the five-dimensional graviton and a 15 of SO(6) gauge fields in a background described by the product of a five-dimensional maximally symmetric anti-de Sitter spacetime times a round 5-sphere. It is found that some of the generically expected inconsistencies do not appear. It is also shown that a restricted ansatz containing the bosonic fields of N=2 D=5 supergravity is consistent to all orders. The author comments on the relation of these results to their analogues in the S7 compactification of D=11 supergravity and to the consistency conjecture that has been proposed.