论文标题
Weyl缩放不变的暗能量的状态方程和原子电子有效电位
Equation of state, and atomic electron effective potential, for a Weyl scaling invariant dark energy
论文作者
论文摘要
暗能量的关键属性是状态参数的方程$ W = {\ rm压力}/{\ rm Energy〜LINESE} $，并且最近在观察上测量了这一点，使值接近$ -1 $。在本文中，我们计算出$ W $参数的表征，这些参数表征了我们在一系列论文中分析的新型Weyl缩放不变的暗能量，并表明它与实验兼容。我们还得出了来自电子测量方程的暗能量引起的原子电子有效电位，该电位可用于评估Rydberg原子中能级变化。
A key attribute of dark energy is the equation of state parameter $w={\rm pressure}/{\rm energy~density}$, and this has been recently measured observationally, giving values close to $-1$. In this paper we calculate the $w$ parameter characterizing the novel Weyl scaling invariant dark energy that we have analyzed in a series of papers, and show that it is compatible with experiment. We also derive the atomic electron effective potential induced by dark energy from the electron geodesic equation, which can be applied to the evaluation of energy level shifts in Rydberg atoms.
