Dynamics of two objects considering the minimum total potential energy principle

Abstract

This work proposes an ideal process based on the minimum total potential energy principle to qualitatively explore the dynamics of two electrically neutral solid and fluid bodies in the empty space. A blend of inductive analysis and heuristic reasoning clarifies the underlying motives, such as the existence of two types of electric charges and the role of gravitation in nature, which may be realised by considering the proposed process. A mathematical formulation of the ratio of fluid's and solid's mass is also found in terms of potential energy; under that interval, the ideal process can be executed. In its application, the ideal process also supports the law of Inertia.