Exploring the Inflation and Gravity of the Universe with Eyring’s Rate Process Theory and Free Volume Concept

Authors: Tian Hao,Yuanze Xu,Ting Hao

On the basis of the very successful free volume theory applicable to wide length scales from electrons to small molecules, macromolecules, colloidal particles and even granules, hypothetical particles dubbed “freevons” are proposed to fill up the free volume available in any system from microscopic atomic world to the macroscopic universe. The Eyring’s rate process theory that has a wide applicability to many chemical and physical phenomena is assumed to govern the behaviors of freevons. It turns out that for keeping the universe to expand in an accelerated manner, the freevons must form the paired structures, like electrons paired in superconductivity state and helium-3 atoms paired in superfluidity state; at about 5 K, there is a temperature induced phase transition happening and the Hubble’s constant is predicted to dramatically increase, implying that the universe will inflate even further rapidly. The universe is therefore viewed as particles, the stars and galaxies, dispersed in the superfluidity freevon sea and the gravity is considered to be induced from the force density, usually defined as a negative gradient of pressure in fluid mechanics. The Newton’s gravity equation is thus easily obtained under those assumptions, and similarly the Coulomb’s Law can also be obtained using the same approach. In this superfluiditiy framework, the volumes rather than the masses of particles are found to be important in determining the gravitational forces. The expansion driving force comes from the activity or concentration gradient of freevons formed at the beginning of the big bang, and there is no need to postulate a dark energy or dark matter to be responsible for such an accelerated inflation; Or freevons can be considered “dark matter”. Our approach may bridge many different theories in astrophysics field and provide a possibility to use quantum mechanics to study the universe through exploring the quantum mechanics behaviors of freevons.

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Submission history

[v1] 2017-01-01 13:52:39
[v2] 2017-01-06 16:04:29

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