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bayboy144l
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Just out of curiousity, regardless that we can't reach it, can a star like that be mined? would it still retain its strength?
Chronos said:Neutron stars are believed to have an iron crust. The reasons are fairly complicated. Mining them would be impractical. If you somehow managed to remove a hunk, it would evaporate once you pulled it away. The intense gravity of the neutron star is all that holds that stuff together.
Mentallic said:Could you please explain this in more depth? Why would the iron evaporate and would the neutron material evaporate also?
According to recent studies, the Re:star crust has been found to be 10 billion times stronger than steel. This means that it can withstand much greater forces and pressures without breaking or deforming.
Re:star crust is a synthesized material that is made up of a combination of rare earth elements and other metals. These elements are specifically chosen for their unique properties, which contribute to the extreme strength of the material.
The strength of Re:star crust can be attributed to its unique atomic structure. The rare earth elements and metals used in its synthesis create strong bonds between atoms, making it difficult for the material to break or deform under stress.
While Re:star crust has incredible strength, it is currently not practical for everyday use due to the high cost and difficulty in synthesizing the material. However, it has potential for use in specialized applications where extreme strength is needed, such as in aerospace engineering or military technology.
As with any new material, the environmental impact of Re:star crust is still being studied. However, because it is a synthesized material, it does not have the same environmental concerns as mining for natural resources. Additionally, its extreme strength may lead to its use in more durable and long-lasting products, reducing the need for frequent replacements and waste.