Explaining blackholes dark matter ?

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SUMMARY

This discussion centers on the relationship between absolute zero, Einstein's condensate theory, and black holes. It highlights that achieving absolute zero is theoretically impossible within a lab the size of the universe, yet near-zero condensates exhibit unique properties, such as slowing light. The conversation suggests a potential link between these condensates and the event horizon of black holes, as well as the nature of dark matter, which is theorized to differ from normal matter like cooled rubidium atoms.

PREREQUISITES
  • Understanding of Einstein's equations of general relativity
  • Familiarity with Bose-Einstein condensates and their properties
  • Knowledge of dark matter theories and its distinction from normal matter
  • Basic principles of light behavior in different mediums
NEXT STEPS
  • Research the implications of Bose-Einstein condensates on light speed
  • Explore the properties and theories surrounding dark matter
  • Study the event horizon and its significance in black hole physics
  • Investigate experimental methods for achieving near-zero temperatures
USEFUL FOR

Physicists, astrophysicists, and students interested in the intersections of quantum mechanics, general relativity, and cosmology, particularly those exploring the nature of black holes and dark matter.

mtisfullofit
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Ok so i don't know squat about either subject, so blame Nova for this post. The show was talking about reaching absolute zero and einstine's conensate theory. As they talked about using intense magnetic fields and shot light waves through these near zero gas clouds causing light to slow. one scientist said while they can get close to zero it would take a lab the size of the universe to get to absolute zero. It came to my mind that this may explain the event horizon of a black hole at its very center and or dark matter/ lost matter/ in the form of atomic condensate of undiferentiated mass at asoulte zero. Anybody have some hard (theory) science to speak from on the subject.
In the program the near zero condensates they did achieve did have some interesting properties like causing light to slow and act like it was traveling through a field of ballistics gel only it would speed up when it got to the other side. very cool stuff ! pardon the pun.
 
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mtisfullofit said:
Ok so i don't know squat about either subject, so blame Nova for this post. The show was talking about reaching absolute zero and einstine's conensate theory. As they talked about using intense magnetic fields and shot light waves through these near zero gas clouds causing light to slow. one scientist said while they can get close to zero it would take a lab the size of the universe to get to absolute zero. It came to my mind that this may explain the event horizon of a black hole at its very center

A black hole is a vacuum solution to Einstein's equations of general relativity.
and or dark matter/ lost matter/ in the form of atomic condensate of undiferentiated mass at asoulte zero. Anybody have some hard (theory) science to speak from on the subject.

Normal matter, e.g., cooled rubidium atoms, is used to make the condensate, but theoretical and experimental indicate that dark matter isn't made from normal matter.
In the program the near zero condensates they did achieve did have some interesting properties like causing light to slow and act like it was traveling through a field of ballistics gel only it would speed up when it got to the other side. very cool stuff ! pardon the pun.

This is an effective speed of light, not the speed of photons. See

https://www.physicsforums.com/showthread.php?p=899393#post899393 .
 
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