The Nuclear Pasta In Neutron Stars Is Incredibly Strong
Posted: 09-19-2018 12:07 PM
Neutron stars, formed when dying stars collapse into itself, are small and incredibly dense. About a kilometer below the surface of this type of star, atomic nuclei are squeezed together until they merge into a clump of matter thought to be shaped like blobs, tubes or sheets - which physicists lovingly referred to according to their pasta equivalents: gnocchi, spaghetti and lasagna.
Turns out, this nuclear pasta is incredibly dense: about 100 trillion times the density of water and is incredibly strong - breaking a nuclear pasta would require 10 billion times the force required to crack steel. FULL STORY
Turns out, this nuclear pasta is incredibly dense: about 100 trillion times the density of water and is incredibly strong - breaking a nuclear pasta would require 10 billion times the force required to crack steel. FULL STORY