Understanding the Behavior of Electrons in Neutron Stars

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SUMMARY

The discussion centers on the behavior of electrons in neutron stars, specifically addressing two primary hypotheses: 1) electrons are expelled from atoms during the collapse, potentially resulting in a significant positive charge for the star, or 2) electrons are compressed near protons, raising concerns about violating the uncertainty principle due to the defined position of electrons. The conversation highlights the complexities of atomic nuclei under extreme conditions, referencing neutron star structure as outlined in the provided Wikipedia link.

PREREQUISITES
  • Understanding of neutron star physics
  • Familiarity with atomic structure and electron behavior
  • Knowledge of the uncertainty principle in quantum mechanics
  • Basic concepts of nuclear collapse
NEXT STEPS
  • Research the implications of electron behavior in neutron stars
  • Study the uncertainty principle in quantum mechanics
  • Explore the structure and formation of neutron stars
  • Investigate the effects of extreme gravitational forces on atomic particles
USEFUL FOR

Astronomers, physicists, and students interested in astrophysics, particularly those studying the properties and behaviors of matter under extreme conditions such as neutron stars.

PhilipF
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I was reading about neutron stars and wonder if anyone can help me with something that puzzled me , namely what happens to the electrons in such a mass of atomic neuclii? I can only see there might be 2 possibilities .Either 1) that the electrons are expelled from the atoms during the collapse , if this were the case would the star have an enormous positive charge ?
or 2) The electrons are crushed into proximity to the protons . But surely this would violate the principle of uncertainty since if the electrons' position was thus definite then the uncertainty of their momentum would have to be infinite?
thanks for all help
 
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