超引力

含Noether耦合的ISO（3.1/N）超引力拉氏量

Iso ( 3 . 1 / n ) supergravity Lagrangian with Noether couple

在非对易torus上的矩阵理论的紧化对应于带有常数三形式张量场的超引力；

Compactification of matrix theory on the noncommutative torus was argued to correspond to supergravity with constant background three form tensor field .

ISO（3,1/N）超引力中引力规范场的量子化

Quantization of gravitational gauge fields in ISO ( 3,1 / n ) supergravity

第三部分我们主要研究了在五维最小标准超引力下旋转带电Godel黑洞的Hawking辐射。

After these introductions , we study the Hawking radiation of rotating charged Godel black holes in five-dimensional minimal gauged super-gravity in chapter three .

AdS5（？）S~5背景下的IIB超弦是十维超引力理论中具有最大对称性的超弦，是临界超弦的典型代表，受到物理学界的广泛关注。

Type IIB superstring in AdS_5 ⊕ S ~ 5 background has the most symmetry in ten dimensional super gravitation , and it is the typical representative of critical superstrings .

以ISO（3.1/N）（N>1）超群为规范群，用Noether耦合方法，引入规范场与物质场之间的相互作用，建立了ISO（3.1/N）超引力拉氏量，并证明了其对称性。

In this paper , we use the Noether couple method introducing the interaction of gauge fields and Fermionic fields , and establishing the ISO ( 3.1 / N ) supergravity lagrangian and proof its in-variance .

利用内外指标的对偶运算及（反）自对偶运算的统一定义，将su（2,21）主丛联络作为基本场变量来构建自对偶的共形超引力拉氏函数。

On the basis of a unified definition of the dual operation and the ( anti ) self dual operation , the connections of the su ( 2,2 | 1 ) main cluster was used as the fundamental field variables to construct the self dual Lagrangian of conformal supergravity .

有限温度下10维超引力模型的稳定紧致化

The Stable Compactification of a Ten Dimensional Supergravity Model at Finite Temperatures

自对偶共形超引力及其哈密顿表述

Self - Dual Conformal Supergravity and Hamiltonian Formulation

自发破缺共形超引力的意义

Implication of spontaneously broken conformal supergravity

一种共形超引力理论

A theory of conformal supergravity

对单圈量子与有限温度修正下的10维超引力模型紧致化中的稳定性问题进行了研究。

The effective potentials at finite temperatures in a ten dimensional supergravity model with single loop quantum corrections are studied in this paper .

本文构造了超引力的一种纤维丛统一理论模式，一些不同的超引力可看作该理论的具体应用。

In this paper a unified theory of supergravities is constructed by using the Fiber bundle technique and different types of supergravities can be considered as applications of this theory .

超空间及由其建立的纤维丛统一的超引力理论

The Superspace and Its Unified Supergravity Theory