IV.   Large Object Axioms

The axioms within the Class of Natural Law of Meteoroid Elements are:

1.A meteoroid is a natural object of less than one hundred metres (100m) in diameter that exists within the interstellar and intergalactic environment.

2.A meteoroid that strikes a planet or asteroid may be known as a bolide or meteorite.

3.Meteoroids may be classed into three categories: chondrites, achondrites and ferrites.

4.Chondrites are mainly silicate stony and granular meteoroids that contain small amounts of organic matter, including amino acids.

5.Achondrites are mainly silicate but without the granularity of Chondrites, nor the presence of amino acids and organic matter.

6.Ferrites are mostly iron and nickel meteoroids.

The axioms within the Class of Natural Law of Meteoroid Properties are:

1.The Axiom Class of Meteoroid 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 Meteoroid 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.

The axioms within the Class of Natural Law of Meteoroid Origin and Frequency are:

1.Meteoroids may be formed by three processes (1) as smaller fragments of collisions between larger objects; (2) as outer aggregates formed during stellar and planetary creation; and (3) by long periods of aggregation of smaller particles into larger loose form.

2.The largest concentrations of Meteoroids within a Stellar System are the Shell Zone defining the inner structure of the System and the external world, as fields around Jovian Planets (brown dwarfs) and within the tail of Planets and very large comets.

The axioms within the Class of Natural Law of Meteoroid Stellar Field Density are:

1.The largest concentrations of Meteoroids within a Stellar System are the Shell Zone of a Stellar System comprising a spherical field of thousands of billions of mostly silicate meteoroids representing the inner membrane of a Solar Stellar System.

2.For the Solar System, its Shell Zone of silicate meteoroids is approximately one light year from the Sun.

3.The second largest concentrations of Meteoroids within a Stellar System encircle large Jovian Planets (brown dwarfs) and are predominantly iron, nickel and other metallic meteoroids.

4.Jovian Planets “collect” metallic meteoroids and then use these fields to form themselves as massive dynamos capable of attracting and generating massive electrical and magnetic fields.

5.Meteoroids also are found in numbers travelling behind large planetary and planetoid objects in orbit. The “northern lights” is an example of the tail of meteoroids coming into direct contact with the magnetic fields of the Earth.

6.Metallic meteoroids are also found in the tail of giant comets and assist in the capture of massive amounts of hydrogen beyond the Shell and Exosphere of a Stellar System.

The axioms within the Class of Natural Law of Meteoroid Galaxy Field Density are:

1.Very small Metallic meteoroids are found in massive quantities throughout the galactoplasm of the Galaxy.

The axioms within the Class of Natural Law of Meteorites are:

1.Meteorites striking the atmosphere and surface of a planet are a common feature of all Stellar-Planetary motion, with most meteorites burning up in the atmosphere.

2.The inner metallic planets of a Stellar System are especially attractive to metallic meteorite swarms attached to the tail of large Comet bringing hydrogen in from outside the stellar system.

3.The last major period of iron, nickel meteorite swarming for the Earth was between six thousand and two thousand years ago, with major metallic meteorite storms creating significant climate and civilization disruption across Europe, Asia and Africa on several occasions.

4.All major metallic meteorite storms affecting ancient civilizations up until two thousand years ago appear to be part of the disengaged tails of Great Comets.

5.So significant were these metallic meteorite strikes in destroying civilizations that one of the most important deities being Cybele, Sybil, Athena, Venus is still venerated in the form of metallic meteorites- the largest sample being brought to Rome in the 3rd Century BCE and installed upon Vatican Hill.