IV.   Large Object Axioms

The axioms within the Class of Natural Law of Galactic Groups are:

1.All galaxies are autotrophic like during pre-birth and autotrophic like or heterotrophic like during life.

2.Galaxies cannot create Unita, only re-arrange super sub atomic particles and larger.

3.All Galaxies appear to undertake a common three (3) stage pattern of life being Stage 1- Pre-Birth, Stage 2 Birth or Still Birth and Stage 3 Life.

4.In Stage 1 – Pre-Birth, all galaxies undergo a distinct pattern of at least five (5) stages of ELLIPTICAL beginning as spheroid then elongating and flattening into long elliptical shape. This period is estimated to cover between three to seven billion years.

5.In Stage 2 – the elongated galaxy will undergo one of two distinct transformations (a) a significant compressing to a spheroid proto-spiral shape before diverging into one of two distinct types of spiral galaxy or (b) will fail to compress and instead will degrade to a gaseous irregular galaxy.

6.In Stage 3, if a galaxy achieves birth as a spheroid proto spiral galaxy, the spiral may choose one of two evolutionary paths: SPIRAL or BARRED SPIRAL.

7.In Stage 1, the original spheroid shape, the elongation into the elliptical shape and recompression demonstrates the limits of the super sub atomic particle fields of a new galaxy with the absence of both neutron stars and proton stars.

8.The Stages of life of a galaxy demonstrate that the birth of neutron stars at the centre of a galaxy is fundamental to the successful birth of a galaxy and in the absence of a significant number of neutron stars, a galaxy will not be capable of sustaining its structure and therefore degrades to a sustainable state as a gaseous irregular.

9.The difference between the two evolutionary paths of galaxies indicates different gravity and super sub atomic field approaches with galaxies possessing greater numbers of neutron stars at their centre evolving as classic spiral, while galaxies with minimal numbers of neutron stars evolving through the Barred Spiral model.

10.Stage 1 first spheroid shape, or Stage 2 represents the only two times that sufficient mass can be gathered during the life of the galaxy to force the creation of massive neutron stars. Thereafter, the dynamics of galaxies implies the number of neutron stars is relatively fixed.

The axioms within the Class of Natural Law of Galactic Group Fields are:

1.Every living organism in the Universe has a birth, a life and a death. Therefore, all Galaxies will eventually die.

2.The longevity of life of a galaxy appears dependent upon its ability to overcome the most extreme of all forces requiring homogeny of super sub atomic particle fields and sub atomic particles over vast areas of space such that the entire organism can withstand challenge from other galaxies seeking survival.

3.A galaxy that fails to form in spiral due a lack of critical neutron stars at its centre, will usually become an irregular gaseous galaxy in a symbiotic relationship with a classic spiral galaxy- providing massive amounts of hydrogen and material in exchange for the protection of the spiral.

4.A spiral galaxy with insufficient neutron star mass at its centre will evolve as a barred spiral and eventually will fail to maintain control over its arms, resulting in a catastrophic break up of the galaxy with the arms either being absorbed into nearby galaxies, or reforming as ellipsoid pre-birth form to reconstitute.

The axioms within the Class of Natural Law of Galactic Group Motion are:

1.The closest galaxies orbiting the Milky Way are two irregular gaseous galaxies named the Large Magellan and Small Magellan Clouds within one hundred and fifty thousand lights years at their shortest distance and three hundred and fifty thousand light years at the maximum distance of their elliptical orbit.

2.Beyond the Magellan Galaxies, there exist several smaller galaxies orbiting the Milky Way including Draco, Ursa Minor, Sculptor, Pegasus, Fornax and Sextans C.

3.While the Milky Way and its Galactic Group are engaged in a complementary orbit of the Andromeda Galaxy approximately 2,500,000 light years away.