you are here: > UCA > 7. Matter- sub atomics and atomics
 
7.18
Protoactive/neutroactive hybrids
  Another major atomic particle family within our Solar System and the Universe are the radical radioactives- particle groupings of combinations of Neutroactives, Hetons, Photons, Magnetons, Electrons that behave in various ways from radio waves, gamma radiation and principally destabilize fellow atomic structures.  
  Stars in proportion produce more radical radioactives than they do any other particle groups. For the most part, planets with heavier enough element cores produce atmospheres that react with radical radioactives, causing most of these structures to break down. However in recent time, science has harnessed many of the particle groups for use in technology- e.g. mobile phones, microwave ovens, burst transmissions.  
   
  The problems with these particle groups is that unless they are in stable wave formations, they can severely damage the atomic structures of weak fused molecules- especially biologic compounds.  
  Given humanities dependence on using poor energis using technology (because until now we haven't even had a structural model on what is light!), radical radioactives are found in a range of day to day household environments:  
 
Microwave ovens
Digital Mobile Phones
Chemical combinations via commercial "high volume" poor quality foods that come from non-organic (high chemical user) producers, high volume factories.
Poor quality- mass produced building and household materials (especially poor quality carpets, mass produced foam couches in low but constant dosages)
Overhead high voltage power lines
Digital transmission ground stations and around any powerful commercial electro-magnetic facility.
 
  For the moment, just looking at the behaviour of radical radioactives we see that the are attracted to atomic structures that have a higher natural magnetic/electron/positron count- Principally Calcium, followed by Iron and Potassium. That these elements are strongly used in the construction of "soft tissue" structures is consistent with the main regions of the human body where damage can occur with high exposure to large amounts of radical radioactives.  
  Radical radioactives in particle fields are one significant catalyst in the advent of cancerous cells, via degradation of molecule structure ( i.e. stripping away of key components leading to defect. We will discuss this further in the next chapter.  
     
     
 
<<Back       Continue>>
 

Copyright © 2010 UCADIA. All rights reserved.