晶体真空宇宙空间模型的宇宙学常数
The Cosmological Constant for the Crystalline Vacuum Cosmic Space Model
摘要：
本文计算了晶格参数为中子半径量级的真空宇宙空间晶体模型的宇宙学常数值[1]。该模型允许解决，在一个简单的方式，宇宙学常数给出正确的数量级的问题，这与宇宙中的物质密度的平均值非常对应。所得值约为10的-48次方Km。提出了在宇宙空间进行非热中子束衍射实验，以探索真空空间晶体结构的可能性，并测量晶格参数。
英文摘要：
The value of the cosmological constant arising from a crystalline model for vacuum cosmic space with lattice parameter of the order of the neutron radius [1] has been calculated. The model allows to solve, in an easy way, the problem of the cosmological constant giving the right order of magnitude, which corresponds very well with the mean value of matter density in the universe. The obtained value is about 10 to the power of (-48) square Km. Diffraction experiments with non-thermal neutron beam in cosmic space are proposed to search for the possibility of crystalline structure of vacuum space and to measure the lattice parameter.
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