Effects of different interaction mechanisms between hypothetical gravions and matter on Push Gravity theories

One of the most serious criticism about the Le Sage gravitation theory, further elaborated by G. Danilatos, is the so called energy problem, arising from the fact that hypthetical repulsive gravitational radiation (gravions) would overheat a planet within seconds if the radiation energy is absorbed and not re-emitted. Anisotropic scattering is an alternative process to absorption that can avoid the energy problem. The paper shows by numerical ray tracing simulations that anisotropic scattering can explain the attractive gravitational forces in the context of a Push Gravity theory without having to deal with absorbed energy and related heating.

This pontential explanation of the interaction between gravion radiation and matter encourages to investigate the push gravity theory further.