Why mass appears gravitational
Journal: Journal of Advances in Physics (Vol.11, No. 7)Publication Date: 2016-06-17
Authors : Casey Ray McMahon;
Page : 3507-3517
Keywords : Spacetime; Space-time; Dark energy; Dark matter; Relativity; Special relativity; General relativity; Curved spacetime; Curved space-time; Gravity; Gravitational; Einstein; Mass;
Abstract
Einsteins theory of General relativity is a popular theory, but unfortunately it cannot account for all the observable gravity in the universe. This paper presents a new force predicted through the McMahon field theory (2010) [1], which is refered to in McMahon field theory (2010) [1] as Mahona (pronounced “Maa-naa”), which appears to be gravitational. In this paper, I draw upon the McMahon field theory (2010) [1], and use it to explain why mass appears gravitational, as well as the source of the excess gravity that General relativity cannot account for. I will do this in simplistic terms for the benefit of the reader. Thus with the understanding presented here, any vechicle utilising this new force called “Mahona” shall have gravitational capability.
Other Latest Articles
- Choriocarcinoma in elderly male: A rare case report and short review
- DoubleQuantum Dot as Quantum Computer Unit
- Acute myocardial infarction after bee sting: a rare phenomenon
- Fistula in Ano treated by Ligation of Intersphinteric Fistula Tract: A case report
- Ibuprofen induced neutropenia manifesting as oral ulcerations
Last modified: 2016-06-20 14:52:28