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8.10
A greater explanation of weak chemical fusion
 
  When large groups of molecules behave in either a gaseous or liquid state ( or both) they can be called a solution.  
  As we have just discussed, a key feature of molecules behaving as a gas or a liquid, is that they allow the insertion of other molecular structures into their matrix of relationships. Depending on the molecules in question and the strength of their bonds, either very simple or very complex molecules can ( and are) created within this matrix.  
  In all cases, more complex molecules are only possible through the existence of relative stable molecular structures behaving as a liquid. The viscosity of the liquid enables more complex molecules to be supported and transported to one another.  
  These processes, where a solution exists is called "Solution based fusion". We also call it weak chemical fusion and is the basis of understanding of the sixth and final level of matter in the Universe- Hydro-Carbon Biologics.  
8.10.1 The importance in terms of temperatures required to form bonds  
  The supportability of the solution molecules, such as water means that a relatively low level of kinesis is required. The shapes can also break away from the strict regime of geometric strength for survival as is required at the centre of a star or at the birth of a solar system (star system).  
  These factors combine to result in molecules and compounds created under solution based fusion taking on all kinds of shapes, most usually non-spherical shapes, but geometrically alternative shapes.  
8.10.2 The creation of strings of molecules and compounds  
  A key feature of solution-based fusion is the creation of string-like structures of atoms and molecules. These shapes would be geometrically unsustainable in the violent environment of a star, or even space. But protected and supported in a solution-based molecule structure, string, rings and all kinds of specialized geometric arrangements are possible.  
  It is because solution based fusion allows this kind of flexibility and easy bonding that means planets with seas or oceans are capable of producing such complex and specialized non-spherical arrangements as we see in life and contemporary science's definition of "organic chemistry".  
8.10.3 The behaviour and strength of solution- based created structures  
  Because molecular structures created under solution-based fusion occur with less rigid requirements for geometric strength, they can develop amazingly long and complex structures. However, the survival of the structure is entirely dependent on the continued existence of the solution-based environment.  
  In other words, if the oceans disappear, or seas or atmosphere go, so too do the molecules and compounds created in this method.  
  Solution-based created structures have the feature of being "softer" less geometrically strong than nuclear fusion created and weak-nuclear fusion created structures. They also tend to be the most active in terms of breaking down and re-shaping new structures, readily and easily.  
  All the complex molecules that form life are solution-based, the fossil fuels are solution based. Solution-based structures can and do exist as liquids, or solids (never gases), in complete parallel to the solution-based medium which they rely on for survival.  
8.10.4 The importance of common frequency at the level of solution based fusion  
  We have discussed kinesis levels and that kinesis = the contemporary scientific concept of frequency. We have also discussed that the more complex structures become, the lower their accumulative kinesis (motion in form).  
  What is rarely considered at the level of solution based molecular structures (such as human beings) is just how important common kinesis levels are to holding their structure together.  
(1) Firstly, only those substances that have common atomic characteristics will form more complex structures under weak chemical fusion. Given that water is Universally the most common and stable (neutral) solution, then oxygen, carbon, nitrogen and hydrogen form the majority of molecules in the Universe from weak chemical fusion.  
(2) Secondly, the particles that are common, vibrate in a common wavelength in a common stable matrix as they approach one another. In other words, under certain pressures hydrogen atoms will behave the same, whether or not they are part of an oxygen atomic structure or a nitrogen structure.  
  This common wave pattern means that whole groups of particles can vibrate in the same stable matrix, thus creating what we could call a common "Quantum wave effect". In other words, the vibrations of hydrogen, oxygen and carbon within your body form "harmonics" of kinesis frequency. The particles are "in-tune" with one another, even though a hydrogen atom in your left big-toe seems far removed from a hydrogen atom in your brain.  
(3) What this means is that each and every structure made up in solution based fusion techniques is made up of hundreds of thousands of common vibrating frequencies of particles- like a complex "DNA" of wavelengths.  
  If the stable matrix is changed radically, then common vibrations either increase to such an intensity that the structure breaks down. The reversal is also true for a lack of solution e.g. space, no air, no water.  
  This also means that structures within solution based fusion are extremely delicate. It is why human beings are so affected by slight changes in pressure variances. It is also a reason why we cannot survive in environments of low gravity for extended periods.  
8.10.5 The Heton and biologic structures  
  It is the humble Heton that is the particle of choice as an ergon supply for biological structures.  
  This is because the Heton is a non disruptive atomic ergon particle under certain conditions. It can be exchanged between particles, thus raising the level of kinesis for another structure, enabling chemical combinations to be exchanged.  
  Water is an excellent attractor of Hetons. Hetons are the main particle fields that flow through the body and why we lose what we understand as body "heat".  
     
     
 
 

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