Gravitational energy force

The potential energy and the gravitational attractive force between two bodies (masses m and m2) is given by... 

The mechanism of emulsion formation is not yet fully understood, but it probably starts with sea energy forcing the entry of small water droplets, about 10 to 25 pin (or 0.010 to 0.025 mm) in size, into the oil. If the oil is only slightly viscous, these small droplets will not leave the oil quickly. On the other hand, if the oil is too viscous, droplets will not enter the oil to any significant extent. Once in the oil, the droplets slowly gravitate to the bottom of the oil layer. Any asphaltenes and resins in the oil will interact with the water droplets to stabilize them. Depending on the quantity of asphaltenes and resins, as well as aromatic compounds which stabilize asphaltenes and resins in solution, an emulsion may be formed. The conditions required for emulsions of any stability to form may only be reached after a period of evaporation. Evaporation lowers the amount of low-molecular weight aromatics and increases the viscosity to the critical value. 

Generality. The model of coupling of translation mechanics with another variety developed here is not restricted to gravitational energy. Any energy variety, in which a basic quantity depends on distance, will lead to the same model, as, for instance, hydrodynamics with the example of the piston (see case smdy J3). Furthermore, when the effort is spatially distributed, thus generating a field, the same relationship between force and field is obtained. 

Forces, such as the gravitational force, are transmitted by means of quantities that scientists call fields. All matter is influenced by forces carried by gravitational fields. Electrically charged particles are influenced by forces carried by electromagnetic fields. The gravitational and electromagnetic fields are not matter, but they have energy. 

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