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A “mountain” of a neutron star is actually a microscopic ridge less than a millimeter in height.

Neutron stars are covered with only a small “mountain” 1 millimeter high, which means that these uplifts are hundreds of times smaller than previous estimates suggested, according to new research.

Neutron star Is a compact stellar object that resembles a large city about 6.2 miles (10 km) in diameter and weighs at least 1.4 solar mass (1.4 times the weight of the sun). They arise from the explosive death of stars weighing 10 to 25 solar masses. As a result, they are some of the densest objects in the universe, with an incredibly strong gravitational field, about two billion times stronger. Earthof.This extreme gravity Crush the neutron star into a nearly perfect sphere surrounded by a smooth, hard crust. However, crustal deformation creates mountains on the surface of these stars, previous studies have discovered.

A “mountain” of a neutron star is actually a microscopic ridge less than a millimeter in height.

Source link A “mountain” of a neutron star is actually a microscopic ridge less than a millimeter in height.

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