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arXiv 1402.6795hep-thgr-qchep-ph
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多维有限量子引力

Multidimensional finite quantum gravity

Leonardo Modesto

摘要:

提出了一类酉高阶导数引力理论,实现了爱因斯坦广义相对论在任意维的紫外线完备化。这一理论范围以一个完整的函数为标志,它避免了额外的自由度(包括恶作剧),并改善了环路振幅的高能量行为。它被证明,只有单圈发散生存和理论可以super-renormalizable不管时空维度。此外,使用由Diaz-Troost-van Nieuwenhuizen-van Proeyen(DTPN)引入并由Anselmi应用于爱因斯坦引力的Pauli-Villars正则化过程,我们能够消除单圈的发散,使理论在任何维度上都完全有限,正如Anselmi和Asorey-Lopez-Shapiro所期望的那样。

英文摘要:

We advance a class of unitary higher derivative theories of gravity that realize an ultraviolet completion of Einstein general relativity in any dimension. This range of theories is marked by an entire function, which averts extra degrees of freedom (including poltergeists) and improves the high energy behavior of the loop amplitudes. It is proved that only one-loop divergences survive and the theory can be made super-renormalizable regardless of the spacetime dimension. Moreover, using the Pauli-Villars regularization procedure introduced by Diaz-Troost-van Nieuwenhuizen-van Proeyen (DTPN) and applied to Einstein's gravity by Anselmi, we are able to remove the divergences also at one-loop, making the theory completely finite in any dimension as expected by Anselmi and Asorey-Lopez-Shapiro.

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