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arXiv 1203.0691gr-qchep-thmath-phmath.MP
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关于仿射量子引力的最新结果

Recent Results Regarding Affine Quantum Gravity

John R. Klauder

摘要:

最近的进展nonrenormalizable标量场的量子化已经发现,一个适当的非经典修改的基态波函数导致的结果,消除长期的长期分歧,出现在一个传统的微扰分析。在简单回顾了标量场和仿射量子引力程序之后,对后者所用程序的考察令人惊讶地显示出一个类似的公式,它已经暗示仿射量子引力不会受到标准微扰研究中出现的发散的困扰。此外,在处理量子约束的投影算子方法的指导下,引入了满足量子同态约束的试再生核。此外,它被认为是尝试再生核的同胚约束,也可以满足哈密尔顿约束。

英文摘要:

Recent progress in the quantization of nonrenormalizable scalar fields has found that a suitable non-classical modification of the ground state wave function leads to a result that eliminates term-by-term divergences that arise in a conventional perturbation analysis. After a brief review of both the scalar field story and the affine quantum gravity program, examination of the procedures used in the latter surprisingly shows an analogous formulation which already implies that affine quantum gravity is not plagued by divergences that arise in a standard perturbation study. Additionally, guided by the projection operator method to deal with quantum constraints, trial reproducing kernels are introduced that satisfy the diffeomorphism constraints. Furthermore, it is argued that the trial reproducing kernels for the diffeomorphism constraints may also satisfy the Hamiltonian constraint as well.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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