*** The Gravity Maximum, a constant of the Universe.
All celestial bodies larger than Earth exhibit the maximum gravity of 1.141 g, = 11.9 meters / sec^2, = 1.141 gram force / gram.

*** The Gravitational Shielding Limit, Densare Max.
The gravitational shielding limit, Densare Max, is the minimum amount of matter per unit area that will absorb all gravitational radiation. The gravitational shielding, Densare, for all planets is obtained by dividing the planets apparent mass by the cross-sectional area.

*** The Radiation Pressure Limit, A Universal constant. The maximum potential radiation pressure for a planet is obtained by multiplying the surface gravity by the shielding value, Densare Max, which will stop all gravitational radiation.

*** The Gravitational Constant, “G” is derived using only the radiation and shielding concept and the features of the Solar system as provided by NASA data

*** Q. Majorana’s Absorption Constant for Gravity is reviewed and replicated, using Solar system data. The resulting value of gravitational absorption found by this study is approximately ” 23 ” times larger than that found by Dr. Majorana’s experiments of circa 1920 AD.

*** The Sun’s true effective Mass can not exceed 4 % of NASA’s Standard Model value,…The Sun’s large magnetic field shields gravitational radiation making the Sun’s mass and Densare appear greater than actual. It is possible that the material of the visible Sun is completely shielded by the central magnetic field and the Sun does not contribute to the solar central gravitational force.

*** There are no gas planets or gas Suns. The large planets consist of a gravel mix with a density comparable to the density of the smaller planets. Their “apparent” small weight and inertia is attributed to the shielding of the bulk of the deep interior matter from prime radiation. Prime radiation and shielding in this model are the cause of gravitation: i.e. effective mass, weight and inertia.

Abstract: This is a public domain article. http://www.home.netcom.com/~sbyers11/DerivConst.htm

*** The Gravity Maximum, a constant of the Universe.

All celestial bodies larger than Earth exhibit the maximum gravity of 1.141 g, = 11.9 meters / sec^2, = 1.141 gram force / gram.

*** The Gravitational Shielding Limit, Densare Max.

The gravitational shielding limit, Densare Max, is the minimum amount of matter per unit area that will absorb all gravitational radiation. The gravitational shielding, Densare, for all planets is obtained by dividing the planets apparent mass by the cross-sectional area.

*** The Radiation Pressure Limit, A Universal constant. The maximum potential radiation pressure for a planet is obtained by multiplying the surface gravity by the shielding value, Densare Max, which will stop all gravitational radiation.

*** The Gravitational Constant, “G” is derived using only the radiation and shielding concept and the features of the Solar system as provided by NASA data

*** Q. Majorana’s Absorption Constant for Gravity is reviewed and replicated, using Solar system data. The resulting value of gravitational absorption found by this study is approximately ” 23 ” times larger than that found by Dr. Majorana’s experiments of circa 1920 AD.

*** The Sun’s true effective Mass can not exceed 4 % of NASA’s Standard Model value,…The Sun’s large magnetic field shields gravitational radiation making the Sun’s mass and Densare appear greater than actual. It is possible that the material of the visible Sun is completely shielded by the central magnetic field and the Sun does not contribute to the solar central gravitational force.

*** There are no gas planets or gas Suns. The large planets consist of a gravel mix with a density comparable to the density of the smaller planets. Their “apparent” small weight and inertia is attributed to the shielding of the bulk of the deep interior matter from prime radiation. Prime radiation and shielding in this model are the cause of gravitation: i.e. effective mass, weight and inertia.

***