Study on "Aspin Bubbles" and the Force of Gravity
DOI:
https://doi.org/10.9734/bpi/nupsr/v14/3394FKeywords:
Aspin Bubbles, anharmonic waves, positon, negaton, ton, ether, selfpropelled tons, electric forces, gravity, Casimir, van der Waals, YannoeAbstract
Aspin Bubbles" is a theory that unifies all known forces (electrical, magnetic, gravity, nuclear, Casimir, ...) based on a single mechanical interaction between waves and particles that make up our matter. The particles are pulsating spheres that generate spherical waves asymmetric in amplitude and produce contractions and dilations in the surrounding ether that propagate at the speed of light. The particles propel themselves in this sea of waves and reproduce all the forces of nature.
The theory also builds and describes the internal structure of the atom as well as its fundamental and other known particles, relying on Quantum Mechanics and current knowledge.
The most surprising thing is that it obtains the force of gravity as the sum of all the electrical forces existing between two neutral materials.
In addition, it obtains a force not yet detected, called Yannoe, which explains phenomena such as the levitation of clouds, dark matter, dark energy and the possibility of defying gravity.
The objective of this study is only to demonstrate algebraically that the force of gravity between two neutral matters is always the residual of the electrical forces that intervene between their elementary particles.
