The maximum mass of a neutron star is like the heaviest backpack a kid can carry before it breaks their shoulders.
Imagine you have a neutron star, it's like a super-dense ball made up of neutrons, which are tiny particles inside atoms. Think of it as a giant, packed-up lunch bag filled with nothing but really tight sandwiches.
Now, if you keep adding more and more stuff to that backpack (or neutron star), at some point the gravity, the force that pulls things together, becomes too much for the neutrons to handle. It's like when your backpack gets so heavy it feels like it might tear your shoulders apart!
Scientists have found that a neutron star can be as heavy as about 2.5 times our Sun before it collapses into something even more extreme, like a black hole.
So the maximum mass of a neutron star is kind of like the heaviest backpack a kid could carry without breaking their shoulders, and that weight is about 2.5 suns!
Examples
- A neutron star is like a city packed into a football field, and its maximum mass is about 2.1 times the Sun's.
- If it gets too heavy, it might collapse into a black hole.
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See also
- What are pulsars?
- How do astronomers discover star-forming fuel in early galaxies?
- How are scientists finding new exoplanets in distant galaxies?
- How are new space telescopes changing our view of the universe?
- How do black holes form and what are their properties?