Beyond the standard model through 'mini spirals'

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SUMMARY

The discussion centers on the research conducted by Salucci and Karukes, which reveals that the structure of dark matter closely resembles that of visible matter in galaxies. Their findings suggest that for a given mass, the compactness of luminous matter correlates with the distribution of dark matter. This observation challenges the Standard Model of particle physics, which fails to account for gravitational force and does not adequately explain dark matter and dark energy phenomena. The implications of this research indicate a need for a new framework in physics to address these unresolved issues.

PREREQUISITES
  • Understanding of the Standard Model of particle physics
  • Familiarity with dark matter and dark energy concepts
  • Knowledge of astronomical observations and galaxy structures
  • Basic grasp of gravitational forces in physics
NEXT STEPS
  • Research the implications of dark matter on galaxy formation
  • Explore alternative theories to the Standard Model of particle physics
  • Investigate the role of gravitational forces in cosmology
  • Study the latest findings in dark energy research
USEFUL FOR

Physicists, astronomers, and researchers interested in cosmology, particularly those focused on dark matter and the limitations of the Standard Model in explaining fundamental forces.

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Here is my best shot at it. :cool:
https://www.sissa.it/sites/default/...g Oltre il Modello Standard attraverso le.pdf

Also the "public version"
http://www.astrowatch.net/2016/12/beyond-standard-model-through-mini.html

Salucci and Karukes showed that, in the objects they observed, the structure of dark matter mimics visible matter in its own way. "If, for a given mass, the luminous matter in a galaxy is closely compacted, so it is the dark matter. Similarly, if the former is more widespread than in other galaxies, so is the latter."

"It is a very strong effect that cannot be explained trivially using the Standard Model of particles." The Standard Model is the most widely-accepted theory of Physics in the scientific community. It explains fundamental forces (and particles of matter), however it contains some doubtful points, most notably the fact that it does not include gravitational force. Phenomena such as the existence of dark matter and dark energy make it clear to scientists that there is another sort of physics yet to be discovered and explored.
 
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