NASA's NICER Tests Matter's Limits

The video explores the formation and properties of neutron stars, focusing on their dense cores and the challenges in understanding their compressibility. NASA's Nicer telescope provides insights by measuring pulsars, a type of neutron star, to determine their mass and radius. These measurements challenge existing models, suggesting the need for new theories that incorporate both neutrons and quarks. The video highlights the importance of continued research to probe deeper into neutron star cores, as these conditions cannot be replicated on Earth.

What happens to a massive star's core when it runs out of fuel?

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Describe the process that leads to the formation of a neutron star.

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What are the two models scientists consider regarding the compressibility of neutron star cores?

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How do scientists measure the mass and size of pulsars?

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What challenges do physicists face in explaining the observations made by NASA's Nicer X-ray telescope?

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