The edge of a black hole is known as the event horizon and once something crosses this point, there is no escape.

The density of the star creates a massive gravitational pocket and pulls everything within its vicinity into it. What Is A Black Hole?Ī black hole is created when a large star about 4 solar masses large collapses below its Schwarzschild radius causing a supernova explosion. The gravity of these objects is so strong that it literally bends its light waves around its body, making it easier for scientists to determine the size and mass of these stars. The outer core is superconducting protons, but what exactly comprises the inner core? That fact remains unknown.

The outer crust contains ions and electrons, while the inner crust contains ions and superfluid neutrons. The atmosphere of a neutron star comprises hydrogen, helium, and carbon. These mysterious objects are still not entirely understood by scientists. While black holes are almost impossible to observe, neutron stars are straightforward, thanks to pulsating light.Ī neutron takes a mass greater than twice the sun’s mass and condenses it into a spherical object no bigger than one of Earth’s cities. If the star’s mass is greater than 20 times our sun’s, this reaction is likely to create a black hole. The neutron star gets its name from the fact that after the initial explosion of the star, gravity presses the remaining material so tightly that it forces protons and electrons to combine and form neutrons. When a star 10 to 20 times more massive than our own sun or more massive than the Chandrasekhar limit of 1.44 solar masses, reaches the end of its life, the core collapses, and the outer matter explodes in a supernova.

Differences Between Neutron Stars And Black Holes.Similarities Between Neutron Stars And Black Holes.

Neutron vs neutrino