In a neutron star with mass Mns = 1,4MS (MS = Solar mass) and radius Rns = 10 Km, the acceleration of gravity at the surface, of which comply with existing theory, is:
This means a body that performs free fall on the surface will change its speed during
ΔU = 1,85859 ∙ 10 ^ 12 m / s
at every second.
This speed but is much greater than the speed of light
C = 300000 Km / s = 3 ∙ 10 ^ 8 m / s
ΔU / C = 6000
But nothing can move with greater speed of light and here we see the weakness of the existing theory.
CALCULATION THE ACCELERATION OF GRAVITY ON THE SURFACE OF A NEUTRON STAR WITH THE USE THE NEW WORLD CONSTANT OF GRAVITY GN.
In a neutron star with mass Mns = 1,4MS and radius Rns = 10 Km, the acceleration of gravity at the surface gns, will comply with the
So that is the acceleration of gravity at the surface of the above neutron star and as shown is smaller than the Earth by 7.74 times.
Let us not forget that the Earth has as its core a neutron star with a radius of 1278 Km.
In a neutron star with mass Mns = 1,4MS and radius Rns = 10 Km, the acceleration of gravity at the surface gns, will comply with the new GN
Let us not forget that the Earth has as its core a neutron star with a radius of 1278 Km.
So we see that the current world today gravitational constant
It can not be applied to the surface of a neutron star. So if we accept the existence of neutron stars as existent heavenly bodies according to the observations of astrophysical, then we need to look for a new global gravitational constant that applies to the entire universe.
The new universal constant of gravitation proposed here
believe that satisfies this condition.
Source : NEW COSMOS
By George Georgitzikis
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