Homogeneity and anisotropy of Universal medium (According to 'Hypothesis on MATTER')
|Title||Homogeneity and anisotropy of Universal medium (According to \'Hypothesis on MATTER\')|
|Author(s)||Nainan K Varghese|
|Keywords||Universal medium, quantum of matter, 2D energy fields, Hypothesis on MATTER|
|No. of pages||9|
A real universal medium should be made up of matter - the only substance that can provide objective reality and positive existence in space. An ideal universal medium should be of homogeneous consistency and it should fill entire space, outside 3D matter bodies, without voids (empty space). At the same time, the universal medium should be flexible enough to have properties of a perfect fluid. Anisotropic nature, which allows relative motions within universal medium, requires that the universal medium should be structured by sub-particles and each of its component matter particles has lot of (apparently) vacant space around it, to allow relative motions. This article attempts to describe, how these contradicting properties are simultaneously achieved in the universal medium, proposed in ?Hypothesis on MATTER?.