According to punctuated equilibria our Solar System is the scene of frequent changes wherein long periods of equilibrium are interrupted by brief periods of excitation. This throws a very different light on evolution and scientists are now considering the possibility that planets undergo transitions from one orbit to another. This implies that the Earth has served terms in each of the orbits, which are presently occupied by Pluto, Neptune, Uranus, Saturn, Jupiter and Mars.

On July 21, 1986 more than 260 scientists from 27 nations gathered in Los Angeles to discuss the origin of life on Earth. Cyril Ponnamperuma, director of the chemical evolution laboratory of the University of Maryland expressed the opinion of everyone present when he said, “The processes which led to life on Earth must have started elsewhere in the Universe.”

It is common knowledge that the conditions prevailing in the Earth’s present position (approximately 149 ½ million km from the Sun) are unsuitable for the formation of life. Any search for the origins of man has to look for a place with much colder conditions, and with an atmosphere of hydrogen and hydrogen compounds. Scientifically it is accepted that all of Earth’s history did not unfold in this proximity from the Sun.

The most plausible explanation is that terrestrial life is a phenomenon, which originated in an outlying orbit of the Solar System, where microorganisms were gathered by the convolutions of the Earth, and packed into hard-ice conditions perfect for the preservation of organic material. Thus it would seem that the Earth has transported organic material from a cold, outlying orbit, across the Solar System.

The raised energy level during the excited states of the Solar System brought about the changes in evolution as supported by the fossil record. Therefore, organisms do have their origin in other pre-existing types; however, differences are not due to gradual modification over successive generations. Such gradual modification is patently absent in existing species, further strengthening the case for punctuated equilibria.

An increased level of energy during excitation would result in significant changes in organs and parts, which would cause the exact degree of adaptive alteration necessary to fit organisms to the different environs of an orbit closer to the Sun. During the July meeting in Los Angeles, scientists concurred that the repeated operation of these factors would produce changes in species, which are consistent with the fossil record.  Science has undergone a radical departure from the concept of evolution through gradual change, our best minds no longer think of planets in terms of bodies, which have spent millions of years in the same orbit.

The equilibrium of the Solar System is said to be interrupted at regular intervals by brief explosions of energy, this explains not only the abrupt appearance of new species, but also the stability of morphology in species and the distribution of transitional fossils.  Changes are not uniform throughout organisms since those organisms packed in a blanket of ice lower down in primordial Earth would be ahead in development due to their greater exposure to the electromagnetic influence of the core of the planet.

Different levels of development would be carried along the line to the terrestrial orbits, seeing species at various stages of development co-existing, as they do. A further consideration is that of racial differences, such differences being due to geophysical conditions with species being adapted both orbital and geographically.

Scientist’s referred to orbits as k, l, m, n, o etc., with orbit k being closest to the Sun. Ceres was included with the accompanying asteroids as revolving in the O orbit. Organic material gathered from space and rolled into the icy mass of primordial Earth was carried into the T orbit during the first period of excitation.

During excitation the organisms underwent changes which resulted in the exact degree of adaptive alteration necessary to suit the organisms to conditions prevailing in orbit T. Upon return to equilibrium the core of the Earth provided the electromagnetic stimulation necessary to sustain replication.

This process was repeated with the energy unleashed during each subsequent period of excitation producing further bio-evolutionary improvements. A built in repair system, operated on by enzymes, ensured that organisms were able to survive the changes. This self-healing ability is an essential requirement during the period immediately following excitation, and as such, an essential part of evolution.

The third shift placed Earth in the Q orbit where formation into single cell organisms commenced, culminating in an evo-organic explosion in the Jovian, P orbit. Lemuroidea, Lorisoidea and Tarsioidea are not classified as Prosimii because of the implication that they arrived ahead of Anthropoidea. Anthropoidea excludes Hominidae who are placed in orbit N.

All of Earth’s history did not unfold in this third orbit from the Sun and the gap between “creation” and “evolution” has been closed. If we consider a “day” in Genesis to be equal to one period of equilibrium, we are able to explain the seven days of creation as being seven periods of equilibrium. The ideal conditions for God’s earliest work exist in the furthermost orbit in the Solar System. Pluto would therefore be the lump of snow-covered clay from which God first fashioned mankind.