On Certain Structures in Dispersion Relations for Electrons and 
Homolumo-gap-effect


Abstract: We review some structures in dispersion 
relations for electrons leading via the Adler Bell Jakiw 
anomaly able to in magnetic and electric fields bringing 
electrons from one singularity simulating Weyl equation to 
another one. This may be of great interest. Further we 
consider what we call the homolumo-gap-effect, which we 
seek to define as a very general effect resulting from 
the back reaction of the fermions/the electrons on 
``bosonic'' variables(what really means e.g. the 
positions of the ions or some smeared out properties of 
may be the elctrons themselves). Such effects might be 
speculated to be used in some pre-standard model fundamental
physics to lead to the appearnce of Weyl particles.