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II. Small Object Axioms
  
  2.3 Sub Atomic Axioms  
  Article 23-Fission  
  Canon 401  
  The axioms within the Class of Natural Law of FISSION are:  
  1. The axiom class of FISSION is derived from the existence of the COMPLETE SET of Can.314-(Existence)of Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-( SUPER SUB ATOMIC PROPERTIES) and the COMPLETE SET of Can.314-(Existence)of Can.391-( SUB ATOMIC ELEMENTS) and Can.392-( SUB ATOMIC PROPERTIES).  
  2. FISSION is equivalent to the DECAY of ORBIT of N OBJECTS.  
  3. FISSION is equivalent to STRONG NUCLEAR FISSION, WEAK NUCLEAR FISSION, STRONG CHEMICAL FISSION and WEAK CHEMICAL FISSION.  
  4. STRONG NUCLEAR FISSION is equivalent to the FISSION that occurs in the FISSION of SUPER SUB ATOMIC ELEMENTS and the FISSION of SUB ATOMIC ELEMENTS and therefore the decay of SUPER SUB ATOMIC ELEMENTS and the CORE of SUB ATOMIC ELEMENTS.  
  5. WEAK NUCLEAR FISSION is equivalent to the FISSION that occurs in the FISSION of SUB ATOMIC ELEMENTS and the FISSION of ATOMIC ELEMENTS and therefore the decay of SUB ATOMIC ELEMENTS and the CORE of ATOMIC ELEMENTS.  
  6. STRONG CHEMICAL FISSION is equivalent to the FISSION that occurs in the FISSION of ATOMIC ELEMENTS and the FISSION of SMALL MOLECULAR ELEMENTS and therefore the decay of ATOMIC ELEMENTS and the CORE of MOLECULAR ELEMENTS.  
  7. WEAK CHEMICAL FISSION is equivalent to the FISSION that occurs in the FISSION of MOLECULES and therefore the decay of MOLECULES and POLYMERS.  
  8. All types of FISSION rely upon an EVENT to start the process. There are only six (6) types of EVENTS in the UNIVERSE to start FUSION: COMPRESSION, EXPANSION, REDUCTION, INTEGRATION, INTERVENTION, NEUTRALIZATION.  
  9. A COMPRESSION FISSION EVENT Reduces the volume of space for particles, so increasing the density of the material thereby causing FISSION.  
  10. An EXPANSION FISSION EVENT Increase the volume, keeping the same number of particles, therefore reducing the particle per volume ratio thereby causing FISSION.  
  11. A REDUCTION FISSION EVENT Reduces the number of particles in the volume (MASS), therefore reducing the ENERGIS thereby causing FISSION.  
  12. An INTEGRATION FISSION EVENT Increases the density by increasing the general number of particles in a given volume (MASS), therefore increasing the ENERGIS thereby causing FISSION.  
  13. An INTERVENTION FISSION EVENT Increases the specific type of particles by a given volume (ERGONS), therefore increasing the ERGON MASS thereby causing FISSION.  
  14. A NEUTRALIZATION FISSION EVENT Reduces the specific type of particles by a given volume (ERGONS), therefore reducing the ERGON MASS thereby causing FISSION.  
     
  Canon 402  
  The axioms within the Class of Natural Law of STRONG NUCLEAR FISSION are:  
  1. The axiom class of STRONG NUCLEAR FISSION is derived from the existence of UCA axiom 102-(FISSION) plus the COMPLETE SET of Can.314-(Existence)of Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-( SUPER SUB ATOMIC PROPERTIES) and the COMPLETE SET of Can.314-(Existence)of Can.391-( SUB ATOMIC ELEMENTS) and Can.392-( SUB ATOMIC PROPERTIES).  
  2. STRONG NUCLEAR FISSION is equivalent to the FISSION that occurs in the FISSION of SUPER SUB ATOMIC ELEMENTS and the FISSION of SUB ATOMIC ELEMENTS and therefore the decay of SUPER SUB ATOMIC ELEMENTS and the CORE of SUB ATOMIC ELEMENTS.  
  3. A STRONG NUCLEAR FISSION event is always followed by a WEAK NUCLEAR FUSION event in the assembly of fragmented elements into larger STRUCTURES.  
  4. STRONG NUCLEAR FISSION of SUPER SUB ATOMIC ELEMENTS is equivalent to the decay of CORE ORBIT of UNITA ELEMENTS to therefore break apart to UNITA elements.  
  5. STRONG NUCLEAR FISSION of SUPER SUB ATOMIC ELEMENTS is equivalent to the decay of MID ORBIT of UNITA ELEMENTS around a SUPER SUB ATOMIC CORE to therefore break apart to SUPER SUB ATOMIC ELEMENTS.  
     
  Canon 403  
  The axioms within the Class of Natural Law of WEAK NUCLEAR FISSION are:  
  1. The axiom class of WEAK NUCLEAR FISSION is derived from the existence of UCA axiom 102-(FISSION) plus the COMPLETE SET of Can.314-(Existence)of Can.391-( SUB ATOMIC ELEMENTS) and Can.392-( SUB ATOMIC PROPERTIES) And the COMPLETE SET of Can.314-(Existence)of Can.427-(ATOMIC ELEMENTS) and Can.428-(ATOMIC PROPERTIES).  
  2. WEAK NUCLEAR FISSION is equivalent to the FISSION that occurs in the FISSION of SUB ATOMIC ELEMENTS and the FISSION of ATOMIC ELEMENTS and therefore the decay of SUB ATOMIC ELEMENTS and the CORE of ATOMIC ELEMENTS.  
  3. A WEAK NUCLEAR FISSION event is always followed by a STRONG CHEMICAL FUSION event in the assembly of fragmented elements into larger STRUCTURES.  
  4. WEAK NUCLEAR FISSION of SUPER SUB ATOMIC ELEMENTS is equivalent to the decay of CORE ORBIT of SUPER SUB ATOMIC ELEMENTS to therefore break apart to SUPER SUB ATOMIC ELEMENTS.  
  5. WEAK NUCLEAR FISSION of ATOMIC ELEMENTS is equivalent to the decay of MID ORBIT of SUB ATOMIC ELEMENTS around a SUB ATOMIC CORE to therefore break apart to SUB ATOMIC ELEMENTS.  
  6. WEAK NUCLEAR FISSION of ATOMIC ELEMENTS is equivalent to the decay of WEAK ORBIT of SUB ATOMIC ELEMENTS around a SUB ATOMIC MID to therefore break apart to SUB ATOMIC ELEMENTS.  
  7. WEAK NUCLEAR FISSION of ATOMIC ELEMENTS is equivalent to the decay of ATMOSPHERE ORBIT of SUB ATOMIC ELEMENTS around a SUB ATOMIC OBJECT to therefore break apart to SUB ATOMIC ELEMENTS.  
  8. WEAK NUCLEAR FISSION is equivalent to the FUSION of ATOMIC CORES of Hydrogen and HELIUM.  
  9. WEAK NUCLEAR FISSION is equivalent to ATOMIC WEAK NUCLEAR FISSION occurring in STARS in the fission and creation of HELIUM CORES and more complex elements.  
     
  Canon 404  
  1. The axiom class of STRONG CHEMICAL FISSION is derived from the existence of UCA axiom 102-(FISSION) plus the COMPLETE SET of Can.314-(Existence)of Can.427-(ATOMIC ELEMENTS) and Can.428-(ATOMIC PROPERTIES) And the COMPLETE SET of Can.314-(Existence)of Can.452-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. STRONG CHEMICAL FISSION is equivalent to the FISSION that occurs in the FISSION of ATOMIC ELEMENTS and the FISSION of SMALL MOLECULAR ELEMENTS and therefore the decay of ATOMIC ELEMENTS and the CORE of MOLECULAR ELEMENTS.  
  3. A STRONG CHEMICAL FISSION event is always followed by a WEAK CHEMICAL FUSION event in the assembly of fragmented elements into larger STRUCTURES.  
  4. STRONG CHEMICAL FISSION of ATOMIC ELEMENTS is equivalent to the decay of CORE ORBIT of ATOMIC ELEMENTS to therefore break apart to ATOMIC ELEMENTS.  
  5. STRONG CHEMICAL FISSION of MOLECULAR ELEMENTS is equivalent to the decay of CORE ORBIT of ATOMIC ELEMENTS to therefore break apart to ATOMIC ELEMENTS.  
  6. STRONG CHEMICAL FISSION of MOLECULAR ELEMENTS is equivalent to the decay of MID ORBIT of ATOMIC ELEMENTS around an MOLECULAR CORE to therefore break apart to ATOMIC ELEMENTS.  
  7. STRONG CHEMICAL FISSION of MOLECULAR ELEMENTS is equivalent to the decay of SURFACE ORBIT of ATOMIC ELEMENTS around a MOLECULAR CORE to therefore break apart to ATOMIC ELEMENTS.  
     
  Canon 405  
  The axioms within the Class of Natural Law of WEAK CHEMICAL FISSION are:  
  1. The axiom class of WEAK CHEMICAL FISSION is derived from the existence of UCA axiom 102-(FISSION) plus the COMPLETE SET of Can.314-(Existence)of Can.452-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES) and the COMPLETE SET of Can.314-(Existence)of UCA axiom 210-(POLYMER ELEMENTS) and UCA axiom 211-(POLYMER PROPERTIES).  
  2. WEAK CHEMICAL FISSION is equivalent to the FISSION that occurs in the FISSION of MOLECULES and therefore the decay of MOLECULES and POLYMERS.  
  3. WEAK CHEMICAL FISSION may be a unique event not proceeded by FUSION.  
  4. WEAK CHEMICAL FISSION of SIMPLE MOLECULAR ELEMENTS is equivalent to the decay of CORE ORBIT of MOLECULAR ELEMENTS to therefore break apart to MOLECULAR ELEMENTS.  
  5. WEAK CHEMICAL FISSION of POLYMERS ELEMENTS is equivalent to the decay of CORE ORBIT of MOLECULAR ELEMENTS to therefore break apart to MOLECULAR ELEMENTS.  
  6. WEAK CHEMICAL FISSION of POLYMERS ELEMENTS is equivalent to the decay of MID ORBIT of MOLECULAR ELEMENTS around an POLYMERS CORE to therefore break apart to MOLECULAR ELEMENTS.  
  7. WEAK CHEMICAL FISSION of POLYMERS ELEMENTS is equivalent to the decay of SURFACE ORBIT of MOLECULAR ELEMENTS around a POLYMERS CORE to therefore break apart to MOLECULAR ELEMENTS.  
     
  Canon 406  
  The axioms within the Class of Natural Law of FUSION/FISSION EVENT ORDER are:  
  1. The axiom class of FUSION/FISSION EVENT ORDER is derived from the existence of Can.314-(Existence) of Can.391-( SUB ATOMIC ELEMENTS) and Can.392-( SUB ATOMIC PROPERTIES).  
  2. A STRONG NUCLEAR FISSION event is always followed by a WEAK NUCLEAR FUSION event in the assembly of fragmented elements into larger STRUCTURES.  
  3. A WEAK NUCLEAR FISSION event is always followed by a STRONG CHEMICAL FUSION event in the assembly of fragmented elements into larger STRUCTURES.  
  4. A STRONG CHEMICAL FISSION event is always followed by a WEAK CHEMICAL FUSION event in the assembly of fragmented elements into larger STRUCTURES.  
  5. WEAK CHEMICAL FISSION may be a unique event not proceeded by FUSION.  
     
     
 
 
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