see: https://www.academia.edu/51576552/Splitting_Lightning_Channels_created_by_splitting_Ball_Lightning_String_Nuclei_or_micro_Black_Holes
According to Quantum FFF Theory, Ball lightning nuclei are compared to bunches of rigidtransformer strings which are compressed by the oscillating string vacuum fluxtube lattices ofvariable Planck Length deforming the local space around massive objects like the sun or blackholes.Quantum FFF Theory, is a subquantum level string tube theory based on only one transformabelmother ring shaped string equipped with 3x 90 degree internal hinges over 90 degrees.(FFF means Function Follows Form as a result: the physical Function Follows the Form of thetransformer strings and compound strings.)Singel transformer strings are assumed to represent all Photons and construct compoundFermions like Quarks, and bosons like Higgs particles or Balllightning nuclei or even Blackholes of variable string content.Recent LHC (Atlas, CMS, combo Geneva) collider measurements seem to present mass bosonsdifferent from the Higgs (126GeV) , showing: 28-151- 400 and 100 GeV.If the vacuum pressure is less than the internal string knot pressure, the string knot wilevaporate or split in smaller entities.Even colliding string knots are also assumed to create the splitting of string knots.Even around space nebula, many dual hotspot Herbig Haro Systems are observed like the Spirenebula.Many high speed observations of air to ground lightnings show such splitting processes, oftenseen as hotspots leaving the longest lasting hotspots to reach the ground.Lightning.
Atlas and CMS showing: 28-151- 400 and 100 GeV. bosons.
In my mechanistic Q-FFF model, so called Singel transformer strings are assumed to represent all Photons and able to construct compound Fermions like Quarks, and bosons like Higgs particles or Balllightning nuclei or even Black holes of variable string content.Recent LHC (Atlas, CMS, combo Geneva) collider measurements seem to present mass bosonsdifferent from the Higgs (126GeV) , showing: 28-151- 400 and 100 GeV. ( Lubos Motl)
If the vacuum pressure is less than the internal string knot pressure, the string knot will evaporate or split in smaller entities.Even colliding string knots are also assumed to create the splitting of string knots.Even around space nebula, many dual hotspot Herbig Haro Systems are observed like the Spire nebula. Many high speed observations of air to ground lightnings show such splitting processes, often seen as hotspots leaving the longest lasting hotspots to reach the ground.Lightning.
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