What Causes Symmetry Breaking in Vacuum?

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SUMMARY

The discussion centers on the phenomenon of symmetry breaking in vacuum as detailed in Chapter 6 of the Antigravitation Engine Site. It explains that non-present-time foggoids exist in vacuum, where gfm ball particles exhibit a dominant rotation direction due to inertial frame dragging effects. This results in observable symmetry breaking within the vacuum, contradicting the notion that a void lacks symmetry. For further details, refer to the Antigravitation Engine Site.

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  • Understanding of symmetry breaking in physics
  • Familiarity with gfm ball particles and their properties
  • Knowledge of inertial frame dragging concepts
  • Basic comprehension of vacuum states in quantum mechanics
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  • Explore the concept of inertial frame dragging in general relativity
  • Study the properties and implications of gfm ball particles
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Physicists, researchers in quantum mechanics, and students studying advanced theoretical physics concepts related to vacuum states and symmetry breaking.

Zhang Xu
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In Chapter 6 of the Antigravitation Engine Site, the symmetry breaking in vacuum is studied as follows.

11. The symmetry breaking in vacuum
It can be known from Section 8 of this chapter that everywhere in vacuum there are non-present-time foggoids, whose gfm ball particles have a dominant rotation direction because of the effect of the inertial frame dragging (see Chapter 2, Section 2) of the rotating gfm ball of the foggoid of the large-scale structure of the universe. Hence there exists the symmetry breaking in vacuum.

For more information, please see the Antigravitation Engine Site (URL: http://xczhx.nease.net/indexEnglish.htm ).
 
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What's gfm ball particles ?
 
in a vacuum (an area void of matter) how can there be any symetry. there's nothing to be either symetrical or non.
 

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