Submitted:
28 January 2020
Posted:
29 January 2020
Read the latest preprint version here
Abstract
The Author’s research series has revealed the existence in nature, of gravitational repulsion force, i,e., antigravity, which is proportional to the content of thermal energy of the particle. Such existence is in addition to the gravitational attraction force, accepted for several hundred years as proportional to mass. Notwithstanding such long acceptance, gravitational attraction acting on matter has totally been neglected in thermodynamic calculations in derivation of the ideal gas law. Both the antigravity force and the gravitational force have to be accommodated in an authentic elucidation of ideal gas behavior. Based on microscopic behavior of air molecules under varying temperature, this paper presents: firstly, the derivation of the mathematical model of gravitational repulsive force in matter; secondly, mathematical remodeling of the gravitational attractive force in matter.
Keywords:
gravitational attraction
; gravitational repulsion
; antigravity
; intermolecular forces
; specific heat
; thermal energy
; adiabatic and isothermal expansion
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