Chapter 3
      
        
          
            
              
            
            
              
          
          
          
            
              
                
              
                
              
            
          
          
          
            
  
      
  
      
  
      
  
      
          
        
      
      
      
  
 
    
    The Medium of Convertibility: Decay and Chemical Forces
                  
                   
                     
                    by Juan      
                  
                    | Sep 10, 2025
                  
              
              
                
                 1 min read 
                
                
                 143 words
                
              
              
            
                
                  
                  Table of Contents
                
                
              
              The Media of Convertibility facilitates the changes in the material layer most commonly as chemical changes through intermolecular and intramolecular forces:
| Sublayer | Example | 
|---|---|
| Upper | W Z Bosons | 
| Mid | Intramolecular | 
| Lower | Intermolecular | 
Convertible Relationality explains how the Convertible Layer changes particles. In Physics, this is done by the Feynman diagrams.
Weak Bosons
Weak bosons facilitate the decay of particles.
| Sublayer | Name | Used in | 
|---|---|---|
| Upper | Gamma | sterilization | 
| Mid | Beta | medical imaging | 
| Lower | Alpha | smoke detectors | 
Intramolecular Forces
These manifest as strong chemical bonds leading to specific chemical behavior such as acid-base reactions.
| Sublayer | Name | Description | 
|---|---|---|
| Upper | Ionic | between metal and nonmetal | 
| Mid | Covalent | Polar and nonpolar | 
| Lower | Metallic | Gives Metals their characteristics | 
Intermolecular Forces
These are weak attractions such as hydrogen bonds that keep molecultes together.
| Sublayer | Name | Examples | 
|---|---|---|
| Upper | London Dispersion Forces | Protein folding | 
| Mid | Dipole–Dipole Forces | Hydrogen Bonding | 
| Lower | Ion–Dipole Forces | boiling poin |