- #1
Loren Booda
- 3,115
- 4
Is there a frictional effect on subgalactic (coherent) entities due to the relative motion of the cosmological vacuum expansion?
Expanding vacuum's friction on subgalactic objects
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SUMMARY
The discussion centers on the frictional effects experienced by coherent subgalactic entities due to the relative motion of cosmological vacuum expansion. At extragalactic distances, matter co-moves with expanding spacetime, resulting in minimal relative motion disparities. However, within a galaxy's radius, vacuum flows past coherent masses, potentially creating a measurable difference in vacuum-matter interactions. This quasi-frictional effect may lead to vacuum polarization and could provide insights into the quantum nature of dark energy.
PREREQUISITES- Understanding of cosmological vacuum expansion
- Familiarity with vacuum polarization concepts
- Knowledge of dark energy in quantum physics
- Basic principles of subgalactic structures
- Research vacuum polarization effects in quantum field theory
- Explore the relationship between dark energy and vacuum dynamics
- Investigate the implications of subgalactic motion on cosmological models
- Study the Hubble expansion and its effects on local versus extragalactic matter
Astronomers, physicists, and researchers interested in cosmology, particularly those exploring the interactions between vacuum energy and subgalactic structures.
- #2
The_Thinker
- 145
- 2
could someone explain what booda just said? 
- #3
Loren Booda
- 3,115
- 4
At extragalactic distances, matter flows (co-moves?) with the expanding spacetime (i. e. vacuum energy?), thus experiencing little disparity in relative motion between the two. At distances less than the radius of one's neighborhood galaxy, however, the vacuum flows past significantly coherent (by definition, unaffected by the Hubble expansion) masses.
It seems to me that there should be a measurable difference between far field static vacuum-matter interactions and near field kinetic vacuum-matter interactions. This quasi-frictional effect would most likely manifest as a vacuum polarization, and may explain the quantum nature of dark energy.
What ideas do you all have on the possibility of this phenomenon?
It seems to me that there should be a measurable difference between far field static vacuum-matter interactions and near field kinetic vacuum-matter interactions. This quasi-frictional effect would most likely manifest as a vacuum polarization, and may explain the quantum nature of dark energy.
What ideas do you all have on the possibility of this phenomenon?
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