The discussion revolves around the concept of gravitational attraction, specifically whether mass values in the gravitational force equation can be substituted with energy values, and the implications of such a substitution. The conversation touches on both Newtonian and Einsteinian perspectives of gravity, as well as the relationship between mass and energy.
Participants express differing views on the nature of gravity and the applicability of substituting mass with energy in the gravitational equation. There is no consensus on the validity of the proposed substitution or the implications of general relativity.
Some statements made by participants include caveats about potential errors in physics terminology and the need for further exploration of the concepts discussed.
Individuals interested in the relationship between mass and energy, the nature of gravitational attraction, and those studying physics concepts at a foundational level may find this discussion relevant.
. There gravity isn't an "attraction" like in Newton's theory. Is is a distortion in spacetime where the mass will follow the distortion. Continue your search about gravity and try reading more about General relativity and space! Have fun!.