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IV. Large Object Axioms
  
  4.1 Stellar & Interstellar Objects  
  Article 65- Asteroids  
  Canon 612  
  The axioms within the Class of Natural Law of Asteroid Elements are:  
  1. An Asteroid is a natural planetoid object of greater than one hundred (100m) metres and less than one hundred kilometres (100km) in diameter that exists within the interstellar and intergalactic environment.  
     
  Canon 613  
  The axioms within the Class of Natural Law of Asteroid Properties are:  
  1. The Axiom Class of Asteroid Properties is derived from the existence of Can.316-(PROPERTIES), Can.319-(UNITA ELEMENTS) and Can.320-(UNITA PROPERTIES), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES) 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. The list of Asteroid Properties are CORE, MID, SURFACE, ATMOSPHERE, EQUATOR, AXIS, POLES, NORTHERN HEMISPHERE, SOUTHERN HEMISPHERE, ROTATION, ROTAXIS, GEOMETRIC STRUCTURE, VOLUME, UNIQUE POSITION, AWARENESS OF POSITION, RESONANCE, DENSITY, MASS-ELEMENTAL, MASS-GRAVITATIONAL, MASS-NEUTRINO, MASS-MAGNETON, MASS-POSITRON, MASS-ELECTRON, MASS-PHOTON, MASS, HETON, KINESIS, FREQUENCY of MOTION, STRONG FUSION POINT, WEAK FUSION POINT, STRONG FISSION POINT and WEAK FISSION POINT.  
     
  Canon 614  
  The axioms within the Class of Natural Law of Asteroid Types are:  
  1. Asteroids share similar chemical make-up as meteoroids, but are classified by a three letter system of C, S and M.  
  2. C asteroids- are rich in hydrated silicates, oxygen and carbon. They are the most numerous (about 60%) particularly in the outer regions of the main asteroid belt between Mars and Jupiter.  
  3. S asteroids have the spectral characteristics of rocky bodies and are mainly made up of pyroxenes and silicates.  
  4. M asteroids made up of mostly iron and nickel. These type are very abundant among the Apollo- Amor group and in the inner regions of the main belt of asteroids of our Solar System.  
     
  Canon 615  
  The axioms within the Class of Natural Law of Stellar Asteroid Fields are:  
  1. All Stellar Systems have several asteroid fields, performing distinct functions. These are (1) INNER ASTEROID DYNAMO BELTS (2) OUTER ASTEROID REGULATION FIELDS and (3) SHELL ASTEROIDS.  
  2. The Inner Asteroid Dynamo Belts comprise of two major layers- inner iron and metallic asteroids and then outer silicate stony asteroids as insulation. As a star rotates, it generates enormous ergon field outputs that are enhanced by these fields, with the asteroid fields extending the mass and reach of these fields.  
  3. The Outer regulation asteroid fields regulate the extended Stellar fields and magnetic fields generated by the Jovian giants possessing their own metallic meteoroid fields.  
  4. The Shell Asteroids of mostly silicates and oxygen provide the structural stability of the silicate meteoroid fields of the Shell Zone of the stellar system and the Atmosphere of comet structures representing the outer layer of the shell.  
     
  Canon 616  
  The axioms within the Class of Natural Law of Asteroid Stellar Motion are:  
  1. The Motion of Asteroids is controlled and manipulated by the fields of a star.  
  2. No asteroid motion is random and all asteroids may be captured as part of an existing asteroid configuration or dislodged upon the needs of the stellar system.  
  3. Even if a trajectory of an asteroid appears to be on a collision with a planet, the Star has the ability to re-orientate the motion of any asteroid using its own fields to ensure the collision occurs or is avoided.  
  4. The field dynamics of a star determines the motion of asteroids and fields, not some mechanistic and simplistic model of forces.  
     
  Canon 617  
  The axioms within the Class of Natural Law of Asteroid Planetary Strike are:  
  1. Regular asteroid strikes is a feature of planetary dynamics within stellar systems.  
  2. A significant asteroid strike has the potential to alter the climactic personality of a planet for a significant period of time.  
  3. Several major asteroid strikes upon the planet Earth have caused not only mass extinction but the Earth freezing under nuclear winter to effectively one giant comet on at least five occasions over the past one billion years.  
  4. Generally seek to avoid asteroid strikes with planets unless absolutely a last resort.  
  5. All major catastrophic asteroid strikes on planet Earth appear deliberate by the Sun in relation to Comet attraction and hydrogen under extreme interstellar conditions.  
  6. During a period of major interstellar winter, it can be anticipated that the risk of major asteroid strike increases.  
     
 
 
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