Regge-Teitelboim宇宙论的修正哈密顿形式论

P. Patra, M. Raju, G. Manna, J. P. Saha
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引用次数: 0

摘要

高导数理论的哈密顿形式的Ostrogradski方法是不令人满意的,因为拉格朗日不能被看作是坐标流形的切线束上的函数。在本文中,我们使用了另一种方法,它直接导致拉格朗日,它是切流形上的一个函数,给出了正确的运动方程;不需要添加新的坐标变量。这种方法可以直接用于奇异(在Ostrogradski意义上)拉格朗日量。我们已经将这种方法用于Regge-Teitelboim (RT)迷你超空间宇宙学模型。我们得到了RT模型尺度因子动力学方程的哈密顿量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modified Hamiltonian Formalism for Regge-Teitelboim Cosmology
The Ostrogradski approach for the Hamiltonian formalism of higher derivative theory is not satisfactory because the Lagrangian cannot be viewed as a function on the tangent bundle to coordinate manifold. In this paper, we have used an alternative approach which leads directly to the Lagrangian which, being a function on the tangent manifold, gives correct equation of motion; no new coordinate variables need to be added. This approach can be used directly to the singular (in Ostrogradski sense) Lagrangian. We have used this method for the Regge-Teitelboim (RT) minisuperspace cosmological model. We have obtained the Hamiltonian of the dynamical equation of the scale factor of RT model.
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