Extrapolating Back in Time to our Off-Planet Ancestors

John F Caddy

doi:10.34257/gjhsshvol20is5pg1

Abstract

Trying to guess what happened in the distant past and where we come from, requires a juggling of unknowns, and from most points of view that is what you are going to read here. At the same time, as we accumulate more information, it begins to be clear that the few clues left for us exclude certain possibilities, and point to constantly occurring processes such as Syntropy being involved. It’s always been a mystery to me why for example, physical science is enamoured of the concept of Entropy. Perhaps it is because a decline in structural complexity with time describes well the degradation of our world over time under the dominant philosophy of materialism. Its opposing concept, Syntropy, implies an increase in complexity, brought about by a mysterious force apparently acting from the future, and this process is less easily fitted into a Newtonian universe. Syntropy, or ‘the law of creative connecting’ is defined by the Free Dictionary as the force used by the universe to move us towards a brighter future, and its action is described by vocabularies such as: ‘The will to become’, ‘Intent’, ‘Evolution’. These terms seem to describe the origin of life and intelligence, but Syntropy has been largely shunned by science.One of the most effective mechanisms of syntropy is that for past ages, intelligent life form s have been arriving here, and still are coming to our planet from somewhere else in the cosmos, using their discoveries to speed up our evolution.

Highlights

Trying to guess what happened in the distant past and where we come from, requires a juggling of unknowns, and from most points of view that is what you are going to read here
One of the most effective mechanisms of syntropy is that for past ages, intelligent life forms have been arriving here, and still are coming to our planet from somewhere else in the cosmos, using their discoveries to speed up our evolution
In the opinion of one of its discoverers, Francis Crick[1], Trying to guess what happened in the distant past and where we come from, requires a juggling of unknowns, and from most points of view that is it would require a period longer than the lifespan of Earth so far (4.54 billion years) to achieve this by random processes; a conclusion shared by what you are going to read here

Summary

Introduction

Trying to guess what happened in the distant past and where we come from, requires a juggling of unknowns, and from most points of view that is what you are going to read here. One of the most effective mechanisms of syntropy is that for past ages, intelligent life forms have been arriving here, and still are coming to our planet from somewhere else in the cosmos, using their discoveries to speed up our evolution.

Results

Conclusion