从多变和不同的Chaubergin气体暗能量模型重建f(T)-引力
Reconstructing f(T)-gravity from the polytropic and different Chaplygin gas dark energy models
摘要:
受我们最近工作的启发[1],我们重建了对应于一组暗能量场景的不同f(T)-引力模型,包括多变的、标准的Chaubergin、广义的Chaubergin和修正的Chaubergin气体模型。我们还导出了所选f(T)-引力模型的状态方程参数,并得到了穿越幻影分界线的必要条件。
英文摘要:
Motivated by a recent work of us [1], we reconstruct the different f(T)-gravity models corresponding to a set of dark energy scenarios containing the polytropic, the standard Chaplygin, the generalized Chaplygin and the modified Chaplygin gas models. We also derive the equation of state parameter of the selected f(T)-gravity models and obtain the necessary conditions for crossing the phantom-divide line.
机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。