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Accelerating and decelerating cosmology from spinor and scalar fields non-minimally coupled with f (R) gravity

机译:非最小与f(R)引力耦合的自旋场和标量场加速和减速宇宙学

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In this paper we investigate the accelerating and decelerating cosmological models with non-linear spinor fields and non-minimal interaction of f (R) gravity with a scalar field.We combine two different approaches to the description of dark energy: modified gravity theory and introduction of the additional fields. Solutions for the FRW universe with power-law scale factor are reconstructed for the model under consideration with specific choice for scalar and spinor potentials. It is explained the role of scalar and spinor potentials as well as f (R) function for emergence of accelerating or decelerating cosmology.
机译:本文研究了非线性旋量场和f(R)引力与标量场的最小相互作用的加速和减速宇宙学模型。我们结合了两种描述暗能量的方法:修正引力理论和引论的其他字段。针对所考虑的模型,重构了具有幂律比例因子的FRW宇宙的解,并选择了标量和自旋势。它解释了标量和旋子势以及f(R)函数对加速或减速宇宙学出现的作用。

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