The planetary model of the atom has been shown to be too simplistic for describing the complex orbitals of atoms. However, applying the 4UMs (4 universal motions) to the quantum or atomic level of the universe, allows for complex orbitals and atomic polarity without the need for charge.
G2 Gravity
Using the 4UMs, the Coulomb force is replaced by gravitic motion of G2 particles which is at the atomic or quantum level. This is why Newton’s gravitation equations is in the exact same form as Coulomb’s equation.
We can now rewrite Coulomb’s law to be a Newtonian inverse gravity equation where the gravity is comprised of faster-than-light particles that are way smaller than the Newtonian gravity particle.
Inspired by Jeff Yee’s Energy Wave Theory
Hacking the atomic level with the four universal motions was greatly inspired by Jeff Yee’s Energy Wave Theory. Even though his model is ultimately an aether theory, his work simulating electron clouds using force equations inspired David de Hilster to show that G2 gravitic motion and G2 magnetic motion can create electron clouds without the need for charge.
There is no need for electric charge with the 4UMs because orbiting is a gravitic field with no need for charge. Nucleons also have no need for charge because they are held by the same G2 gravitic field and magnetic field.
What makes G1 particles orbit in cloud-like structures in S, P, D, and F orbitals is the presence of G2 magnetic fields. Just like G1 magnetic fields exist in around many celestial bodies, atomic nucleons must also have magnetic fields – this time G2 magnetic fields. These fields attract, repulse, and become stable by virtue of the Dinu Effect of magnetic motion.
The traditional SPDF orbits are caused by G2 gravitic and magnetic motions. Note the G2 magnetic motions around the nucleons of an atom.
This diagram SYMBOLICALLY shows how G2 gravitic and magnetic motion can combine to create complex G1 (electron) clouds without the need for charge – inspired by Jeff Yee’s work.
