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IV. Large Object Axioms
  
  4.1 Stellar & Interstellar Objects  
  Article 72- Stellar Types  
  Canon 643  
  The axioms within the Class of Natural Law of Stellar Classification are:  
  1. All Stars May be defined according to the evolutionary position within an eight (8) class system based on temperature and structure, namely O,B,A,F,G,K,M and N Class.  
  2. O Class Stars typically have a temperature (in Kelvins) of greater than 30,000 K, a Solar Mass of 16 times or greater the Solar System, a luminosity of greater than 30,000 Lumens and an apparent color of blue.  
  3. B Class Stars typically have a temperature (in Kelvins) of greater than 10,000 K and less than 30,000K, a Solar Mass of 2 times or greater and less than 16 times the Solar System, a luminosity greater than 25,000 Lumens and less than 30,000 lumens and an apparent color of blue-white.  
  4. A Class Stars typically have a temperature (in Kelvins) of greater than 7,500 K and less than 10,000K, a Solar Mass of 1.44 times or greater and less than 2 times the Solar System, a luminosity greater than 5 Lumens and less than 25 lumens and an apparent color of white.  
  5. F Class Stars typically have a temperature (in Kelvins) of greater than 6,500 K and less than 7,500K, a Solar Mass of 1.044 times or greater and less than 1.44 times the Solar System, a luminosity greater than 1.5 Lumens and less than 5 lumens and an apparent color of yellowish-white.  
  6. G Class Stars typically have a temperature (in Kelvins) of greater than 5,200 K and less than 6,000K, a Solar Mass of 0.8 times or greater and less than 1.044 times the Solar System, a luminosity greater than 0.6 Lumens and less than 1.5 lumens and an apparent color of yellow.  
  7. K Class Stars typically have a temperature (in Kelvins) of greater than 3,700 K and less than 5,200K, a Solar Mass of 0.45 times or greater and less than 0.8 times the Solar System, a luminosity greater than 0.08 Lumens and less than 0.6 lumens and an apparent color of orange.  
  8. M Class Stars typically have a temperature (in Kelvins) of less than 3,700K, a Solar Mass of less than 0.45 times the Solar System, a luminosity less than 0.08 Lumens and an apparent color of red.  
  9. N Class Stars have no temperature, a Solar Mass greater than 144 times the Solar System and are invisible.  
     
  Canon 644  
  The axioms within the Class of Natural Law of Hydrogen Star are:  
  1. A HYDROGEN STAR is a celestial OBJECT made predominantly HYDROGEN which has reached a MASS and DENSITY to produce perpetual STRONG NUCLEAR FUSION of HYDROGEN into HELIUM.  
     
  Canon 645  
  The axioms within the Class of Natural Law of Helium Star are:  
  1. A HELIUM STAR is a celestial OBJECT made of a significant MASS of HELIUM which extends the total volume of the STAR and therefore retains greater KINESIS and FIELDS than a HYDROGEN Star .  
     
  Canon 646  
  The axioms within the Class of Natural Law of Carbon Star are:  
  1. A CARBON STAR is a STAR which no longer produces perpetual HYDROGEN FUSION but the creation of heavier fused ATOMIC ELEMENTS such as OXYGEN, CARBON and even METALS.  
     
  Canon 647  
  The axioms within the Class of Natural Law of Protonic Star are:  
  1. A PROTON STAR is a STAR in which the ATOMIC STRUCTURES have collapsed under extreme pressure producing for a temporary period a massive structure functioning as a single Proton.  
     
  Canon 648  
  The axioms within the Class of Natural Law of Neutron Star are:  
  1. A NEUTRON STAR or N Class Star is a STAR in which the ATOMIC STRUCTURES have collapsed under extreme pressure producing for a temporary period a massive structure functioning as a single NEUTRON.  
  2. NEUTRON STAR are mostly made from NEUTROACTIVE, not NEUTRON. This means NEUTRON STARS are the most RADIOACTIVE objects in the UNIVERSE.  
  3. As NEUTRON STAR are made mostly of NEUTROACTIVE they are the greatest attractors of ERGON particles and their FIELDS.  
  4. NEUTRON STARS do not directly influence by attraction of MASS PROTON based OBJECTS, but their ERGON FIELDS. This influence enables the laws of MASS attraction to function properly in closed systems such as STARS.  
  5. NEUTRON STARS have no direct MASS.  
  6. NEUTRON STARS have such ERGON MASS to attract STAR SYSTEMS via their FIELDS to hold complex ORBITS in GALACTIC STRUCTURES.  
  7. A NEUTRON STAR is incorrectly decscribed as a BLACK HOLE.  
  8. No BLACK HOLES exist. A BLACK HOLE defines a near perfect black body. Such a theoretical OBJECT if real would imply a failure of the rules of the UNIVERSE therefore the UNIVERSE would cease to exist.  
     
 
 
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