the LeSagian universal law of gravitation:

 

                 

Supplementing Newton’s universal gravitational constant G, this equation introduces three new gravitational parameters, all of which can be related to the properties of gravitons and elysium:

• r_G is the rms distance between graviton collisions, estimated to be 1 kpc » 3.09x10¹⁹ m.
• s_G is the graviton shielding coefficient, estimated to be 2x10^-19 m²/kg.

d_G is the graviton drag coefficient = , where G is the universal gravitational constant » 6.672x10^-11 m³/s²/kg,  is the average baryonic matter density of the universe » 3.0x10^-28 kg/m³, H₀ is the Hubble constant » 60 km/s/Mpc » 1.94x10^-18 /s, and  is the ration of the baryonic density of the universe to the critical density » 0.044. From these values, d_G is estimated to be » 8.5x10^-20 /s.