The paper deals with the study of anisotropic dark energy and massive scalar field in the evolution of spatially homogeneous Bianchi type-\(\hbox {VI}_{0}\) cosmological model in the framework of Lyra geometry. Exact solution of Einstein’s field equations is obtained by using two supplementary physical and mathematical conditions which correspond to an anisotropic dark energy cosmological model for all time. Some physical and dynamical behaviors of the model are discussed. The model may be physically significant for discussion on early stages of evolution of the universe.

中文翻译：

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天琴流形中具有大标量场的Bianchi型动力学-$$ \ hbox {VI} _ {0} $$ VI 0各向异性暗能量宇宙学模型

本文研究了在天琴几何学框架下空间均质Bianchi型宇宙模型（\ hbox {VI} _ {0} \）宇宙学模型演化过程中各向异性暗能量和大标量场的研究。爱因斯坦场方程的精确解是通过使用两个附加的物理和数学条件获得的，这两个条件始终与各向异性暗能量宇宙学模型相对应。讨论了模型的一些物理和动力学行为。该模型对于讨论宇宙演化的早期阶段可能具有物理意义。