In order to start a discussion on any new idea, or even a proposal, a baseline must be established. It is a bit like going to a psychiatrist and asking for a diagnosis on a human subject. The psychiatrist must conduct a series of tests to determine the subject's baseline condition to see how the neurons are firing. In this chapter we will attempt to baseline our knowledge of the day and see what inspires the "biological life" to explore, to plan to go, and to aspire to move to a different planet.

The Ethics of the Colonization of MARS

Principle of Continuous Improvement Volume 3By Sifwat Ali

AuthorHouse

Copyright © 2011 Sifwat Ali
All right reserved.
ISBN: 978-1-4634-2911-9

Contents

CHAPTER I Establishing a Baseline........................................................1CHAPTER II Ethics of Planetary Colonization..............................................11CHAPTER III Measuring Time and Establishing a Calendar...................................28CHAPTER IV Basic Data on Mars & Comparison with Earth....................................45CHAPTER V Making Mars Habitable..........................................................52CHAPTER VI Establishing a Corridor of Worship............................................61CHAPTER VII Preservation of the Languages and the Historical Context.....................68CHAPTER VIII Birth & Burial on Mars......................................................74CHAPTER IX Initial Structure of the Government on Mars...................................83APPENDIX I...............................................................................89APPENDIX II..............................................................................107APPENDIX III.............................................................................115

Chapter One

Establishing a Baseline

1.0 Introduction

In order to start a discussion on any new idea, or even a proposal, a baseline must be established. It is a bit like going to a psychiatrist and asking for a diagnosis on a human subject. The psychiatrist must conduct a series of tests to determine the subject's baseline condition to see how the neurons are firing. In this chapter we will attempt to baseline our knowledge of the day and see what inspires the "biological life" to explore, to plan to go, and to aspire to move to a different planet.

Let us think of a giant spaceship named "paradise". In this spaceship, there is a group of beings including man that has disobeyed the commander. The commander must evict this group from the "paradise" per the rules of the spaceship. So the commander looks for a suitable planet. Let us call this planet the "Earth". The spaceship hovers over the Earth. The commander lays down the law to this group and says: "get down". He then foretells them more bad news "that some of you will be the enemies of the other" (i.e. you will shed each other's blood). At the end of the verdict he gives them a little good news: "and for you, this Earth is the destination and has in it all the provisions that you will need to survive, for a time".

Well! That time is up; the time has come for the biological life on Earth to start a journey in the cosmos on its own strength, and the first steps have already been taken.

1.1 The Urge to Explore

The urge to explore and to multiply takes a Monarch Butterfly from Canada across the United States to Mexico, some two thousand miles. Its wings barely span a few inches and the body weighs not even a quarter of an ounce and yet it fearlessly soars across the Great Lakes and into the Great Plains facing every predator and hostile elements that are unthinkable from its point of view. The pilgrimage happens every year and the Day of Judgment arrives for a generation of the monarchs with the same frequency. There is grace and beauty in this exploration. It has in it a goal; it has in it full success; and it has new life. It has in it the beautiful death of the old and after the burial, the beginning of a new sacred mission of the next generation.

Then there is a species of fish collectively known as Salmon. They lay their eggs in freshwater streams typically at high latitudes. The eggs hatch and evolve in various forms staying from one to three years in their fresh water stream. Ah, it is estimated that only 10% of all salmon eggs survive to this stage. Then they move to an area of the water, in the direction of the ocean, which is more brackish than fresh allowing the body chemistry to change, to live in salt water. In science this process is called Osmoregulation. They then proceed to the open ocean and live there for as long as four years. They endure a dangerous predatory world and under heavy ocean pressures explore a new world. Close to the end, they mature sexually and when that happens they march to a sacred pilgrimage with the only sense of the regeneration of life and return to the fresh waters they came from. Some of these fresh water streams are as far away as a thousand miles both from the Pacific and in the Atlantic Oceans. Swimming a thousand miles against the currents under water is like flying a hundred thousand miles in the air. In moving back to the birth place, they journey upstream, continuously struggling, but never losing the urge to arrive at the spawning site, even as they sense (?) other members being devoured by a host of predators. After spawning, after completing their sacred journey, they gracefully die and the next generation takes over.

Let us now move to another part of the Planet Earth, deep down, in the Mariana Trench, roughly thirty six thousand feet deep in the Pacific Ocean; in fact so deep that if Mount Everest were to be submerged totally in it, all of roughly twenty-nine thousand feet, we will still have seven thousand feet of water left above it. At the bottom of the trench the pressure is roughly 15000 psi; and that is over one thousand times that of the normal atmospheric pressure. The "Miracle of Life" still exists without light and without the warmth of the Sun. The organism and life sustains itself from the warmth derived out of the core of the Earth. There are single-celled organisms that are thought to resemble some of the world's earliest life forms. They may be single-celled called foraminifera but there are an estimated 4,000 species "living". They inhabit a wide range of marine environments, mostly on the ocean bottom. The discovery at this depth of these foraminifera living in dirt surprised even the scientists from Japan's Agency for Marine-Earth Science and Technology (who led the exploration).

Before we baseline our own ambitions, let us look at just one historical accomplishment of man. It is now almost certain that the great pyramids at Giza Egypt were built roughly 4500 years ago. It is also now well known that the three main pyramids line up almost perfectly with the three stars in the Orion belt. Computer calculations show that almost 600,000 stone blocks were used weighing anywhere from 2 to 40 tons or more. The statistics are well known. The interest here is that of their relationship to the heavens. Man's ability to acquire the knowledge and then take it to a level of perfection 4500 years ago cannot be penned with justice. The art of placement of huge stones and understanding of the underlying geometry as it was practiced in ancient Egypt is truly a scientific achievement. Then to take this science wherein the structures on the earth are positioned to mirror the architecture of heaven shows an unparalleled understanding. The length of the solar year, the mean distance to the Sun, the radius of the earth, the polar radius of the earth, even the radius of the Sun are all fairly accurately measured in these pyramids. This is as if the engineers and the priests were trying to tell someone far beyond the solar system somewhere in the Orion Constellation hundreds of light years away of an address on a planet called Earth. There are supposedly 144,000 "casing stones". They were all polished and weighing about 15 tons each with nearly perfect right angles for all six...