Have you ever heard of neutron star? Well, I'm making this easier for you, it is also called "magnetar" or "pulsar".

Well i have a question for you, that is....

if it is said that a spoonful of matter weighs tens of millions of tons !!! Then how will it sound?

Wondering? if I am saying the opposite? Maybe. In fact, there is probably no shortage of such wonderful objects in the universe. Honestly, we still know very little about cosmology and the farthest regions of the universe. Well, let's find out now what is pulsar or neutron star?

Our Sun-like stars are born as a result of the contraction of interstellar gaseous matter. The main constituents of these gaseous objects are basically hydrogen and helium. These gases shrink under the effect of their own gravitational force. Atomic fusion reactions begin when they increase to about tens of millions of degrees. In this process, hydrogen breaks down to form helium and helium breaks down to form hydrogen. This is how the stars are formed.

There are two types of forces at work between these stars. It is in equilibrium, it distributes its own energy and light. Our sun also has such an equilibrium. It is 500 billion years old and it is another 500 billion years old. You will be in this state for nine years. Wondering what will happen then? In fact, the age of the equilibrium of all the stars is not the same. It depends on its mass. This explosion is called a supernova explosion. The explosion is followed by the core of the heavier element in the center. But if the mass of the star is more than 3.2 solar masses, it cannot withstand the pressure at its center. There is no well-defined limit. However, it is certain that if the mass of a star is between 1.5-3 solar masses, it will go to the outer layer Ure in the explosion and then only a central object or core made of neutrons. This core is not made up of any atom or molecule, only neutrons. By the force of gravity here, the atoms do not form as a molecule or an atom, but a proton and an electron combine to form a neutron, as well as a by-product electron anti-neutrino.

And the only neutron-filled object is called the neutron star.

Now the question is why the weight of the object here is abnormally high? The answer can be found in the structure of the atom. Almost all the mass of an atom is in its nucleus. Here the mass of the electrons is less than their total mass so that it does not need to be captured later. And this whole mass is in the nucleus of the atom. The space is empty. Now if there was no space in the atom, its mass would have increased about one crore times. But the neutron star is actually more dense.