Nuclear Pasta

 Whenever we hear the word pasta our mouth starts watering, but we can’t eat this pasta because nuclear pasta is supposed to be the strongest material in our solar system, and according to scientists this is  maybe the strongest material. So, let’s talk about how this is formed. 


So, when a massive star goes supernova or explodes, not all the material is ejected into space, some of the material collapses into a compact object called the neutron star. In a neutron star the protons and electrons are pushed into the neutrons and neutrinos, but that only happens to stars with the solar masses of 10 to 30. These stars are the most dense bodies in space, and they have twice the mass of our sun. Inside a neutron star protons and electrons compete with each other. Then because of this they form long cylindrical shapes known as nuclear pasta.


Well, sadly this kind of material only exists in neutron stars and we can’t get it to earth as it will cause a massive nuclear explosion, but we can know it’s properties. So, in a neutron star the crust breaks by the strain and mass of the stars and below that is the nuclear pasta, and if the crust of stars breaks can the nuclear pasta? So, a team from the McGill university ran the largest supercomputer simulation of this material. They tested it under all kinds of stretching and strain, and it turned out that it needed a lot of strain to break it, more than many stars making it potentially the strongest stuff in the universe. This pasta layer might also influence how the crust above it breaks.


Only this much has been found, but scientists and astronomers are doing more research and are trying to find research from a neutron star's crust so that they know what strain the pasta is going through and what are its properties.



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