The radially falling bodies reach the gravitational radius and the centre within finite proper time.
2.
Indeed, inside the gravitational radius everything falls towards the centre and it is impossible for a physical body to keep a constant radius.
3.
If Planck length is the minimum then either a body's reduced Compton wavelength or its half gravitational radius is a physical impossibility since one of these must be smaller than the Planck length.
4.
If the Stoney length is the minimum length then either a body's electromagnetic radius or its half gravitational radius is a physical impossibility, since one of these must be smaller than the Stoney length.
5.
Georges Lema�tre was the first to show that this is not a real physical singularity but simply a manifestation of the fact that the static Schwarzschild coordinates cannot be realized with material bodies inside the gravitational radius.
6.
In Lema�tre coordinates there is no singularity at the gravitational radius, which instead corresponds to the point \ frac { 3 } { 2 } ( \ rho-\ tau ) = r _ g.
7.
Thus for example whereas the Planck length is the mean square root of the reduced Compton wavelength and half the gravitational radius of any mass, the Stoney length is the mean square root of the'electromagnetic radius'( see Classical electron radius ) and half the gravitational radius of any mass, " m ":
8.
Thus for example whereas the Planck length is the mean square root of the reduced Compton wavelength and half the gravitational radius of any mass, the Stoney length is the mean square root of the'electromagnetic radius'( see Classical electron radius ) and half the gravitational radius of any mass, " m ":
How to say gravitational radius in Hindi and what is the meaning of gravitational radius in Hindi? gravitational radius Hindi meaning, translation, pronunciation, synonyms and example sentences are provided by Hindlish.com.
Mobile