About Me

 




Heyyyy....!!! I am so excited for my 1st blog. I thought before you read  my posts, you should know about me. I am a space enthusiast and I would love to share my knowledge with you all. The whole blog will be about my learnings  about things beyond earth. I also welcome thoughts from you. SO, PACK YOUR BAGS AND LET'S TRAVEL INTO THE SPACE TOGETHER!

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Classifications of neutron stars

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  Hello guys! Welcome back to AstroMe!   So, in my last blog, we learned about NEUTRON STAR. Before reading this post. I recommend you to read my previous post as this is a continuation. Check out Neutron Star .   Neutron stars can be mainly classified into two types:  magnetars  and  pulsars . Without any delay, let’s see about the types in detail.    MAGNETAR: They have  very strong   electromagnetic energy  from where they get their name. They  rotate more slowly  in comparison to all the neutron stars. For example, they rotate just three or four times in 20 seconds.  They generate very strong  X Rays  and  gamma rays.   Magnetars can be  active or inactive.   They are considered to be active when all the above points can be seen   They are inactive when they  lose their fuel and magnetic energy.     ...
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What is a black hole and how it is formed?

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    I am pretty sure you might have heard a lot about black holes. Have you ever wondered what they are? You might have initially thought that black holes are objects in a fantasy story that is narrated to kids. Didn't you? Well, it’s actually a beautiful space phenomenon that I'll be explaining to you in this post. So let's begin!   What is a black hole? Credit: NASA Black holes are regions of space-time. Till now we have seen objects which are three-dimensional but in our space there is no restriction, an event can occur at any point in time and space, so they are interdependent, causing a four-dimensional space called "space-time", which Einstein first discovered in his " Theory of Relativity ".     Black holes are simply points (singularity - an infinity point in space-time) in space. They are so dense and have such a strong gravitational force that no particles or even electromagnetic radiations can escape. The next question will be: ...
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Neutron star

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Hey guys! Welcome back to AstroMe! Ready for another enthralling space adventure? Pack your bags and let’s travel to see and learn about one of the strangest objects in this universe. We're off!  If a star dies, it can become a white hole, black hole, or neutron star depending on its mass. We have already learned about black holes.  (Don't know anything about this yet?  check out this link Black holes )    Now let's learn about Neutron stars,  A neutron star is formed when a star with a mass of Chandrasekhar limit dies. Initially, they are formed through a supernova explosion. They rotate so fast that they produce so much magnetic energy. This energy can be the strongest one found in the entire universe. Protons and electrons combine in the explosion to form neutrons, and also some protons are left over. Protons and neutrons don't like to be with each other so they move apart. But the pressure causes them to attract and when it happens Ne...
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