Using the dimensionless Newton gravity constant to estimate planetary orbits

The paper shows that a theoretical description of planetary orbits may be obtained from the dimensionless Newton constant of gravity. A quantum re-scaled procedure is employed using the charge-to-mass and electrostatic-to-gravitational force ratios in the context of the Niels Bohr-like atomic model for a protonic system in interaction. From the present investigation, unknown massless elementary particles with velocities greater than speed of light are found and could be acting as carriers of linked electromagnetic–gravitational field interactions in quantum re-scaling procedures. The results are in accordance with recent experimental and theoretical investigations.