Can a system of non-black holes become a black hole?
As we know, the Schwarzschild radius and mass are proportional.
r_s = 2GM/c^2
If the density of a substance is constant, the mass and radius of an object made of that substance are proportional to the cube.
Therefore, if the radius of an object doubles, the Schwarzschild radius increases by a factor of 8.
In other words, can a system made of multiple neutron stars rotating around each other become a black hole?
Please let me know if I am wrong.
Can a system of non-black holes become a black hole?
As we know, the Schwarzschild radius and mass are proportional.
r_s = 2GM/c^2
If the density of a substance is constant, the mass and radius of an object made of that substance are proportional to the cube.
Therefore, if the radius of an object doubles, the Schwarzschild radius increases by a factor of 8.
In other words, can a system made of multiple neutron stars rotating around each other become a black hole?
Please let me know if I am wrong.
Can a system of non-black holes become a black hole?
As we know, the Schwarzschild radius and mass are proportional.
r_s = 2GM/c^2
If the density of a substance is constant, the mass and radius of an object made of that substance are proportional to the cube.
Therefore, if the radius of an object doubles, the Schwarzschild radius increases by a factor of 8.
In other words, can a system made of multiple neutron stars rotating around each other become a black hole?
Please let me know if I am wrong.
Can a system of non-black holes become a black hole?
As we know, the Schwarzschild radius and mass are proportional.
r_s = 2GM/c^2
If the density of a substance is constant, the mass and radius of an object made of that substance are proportional to the cube.
Therefore, if the radius of an object doubles, the Schwarzschild radius increases by a factor of 8.
In other words, can a system made of multiple neutron stars rotating around each other become a black hole?
Please let me know if I am wrong.