The distance between adjacent neutrons is 10-15 meters
The temperature in its center is larger than trillion degrees.
The continuous X-ray emission from the poles of a rotating neutron star
comes from a much larger area of the neutron star poles than the area from
which the visible light comes. The emission may therefore be seen as
Flashes of X-rays with ¼ the frequency of the flashes in the visible
range
Flashes of X-rays with twice the frequency of the flashes in the visible
range
Flashes of X-rays with 2/3 the frequency of the flashes in the visible
range
Flashes of X-rays with ½ the frequency of the flashes in the visible
range.
According to the equivalence principle light on earth is deflected by earth’s
gravity. The reason that this effect is not easily observable is because
The gravity on earth is larger than that near black holes
The earth is not as compacted as black holes
The earth never had fusion in its core
The earth is too far from the center of the galaxy.
The Chandrasekar limit for neutron stars is due to the fact that
the quantum pressure cannot hold against gravity if the mass larger
than a couple of solar masses
the rotational speed of a neutron star may be so large that chunks of the
neutron star fly off its surface
magnetic field on the star may be so large the south magnetic pole will
pull the south magnetic pole and collapse the star
fusion processes in that star take less than one million years to conclude.
When a faraway star is almost behind our sun the light from that star may