--sura 21, verse 30:
"Do not the Unbelievers see that the heavens and the earth were joined together, then We clove them asunder and We got every living thing out of the water. Will they not then believe"
--sura 41, verse 11. God orders the Prophet to speak after inviting him to reflect on the subject of the earth's creation:
"Moreover (God) turned to the Heaven when it was smoke and said to it and to the earth ..."
There then follow the orders to submit, referred to on page 136.
We shall come back to the aquatic origins of life and examine them along with other biological problems raised by the Qur'an. The important things to remember at present are the following.
a) The statement of the existence of a gaseous mass with fine particles, for this is how the word 'smoke' (dukan in Arabic) is to be interpreted. Smoke is generally made -up of a gaseous substratum, plus, in more or less stable suspension, fine particles that may belong to solid and even liquid states of matter at high or low temperature;
b) The reference to a separation process (fatq) of an primary single mass whose elements were initially fused together (ratq). It must be noted that in Arabic 'fatq' is the action of breaking, diffusing, separating, and that 'ratq' is the action of fusing or binding together elements to make a homogenous whole.
This concept of the separation of a whole into several parts is noted in other passages of the Book with reference to multiple worlds. The first verse of the first sura in the Qur'an proclaims, after the opening invocation, the following: "In the name of God, the Beneficent, the Merciful", "Praise be to God, Lord of the Worlds."
The terms 'worlds' reappears dozens of times in the Qur'an. The Heavens are referred to as multiple as well, not only on account of their plural form, but also because of their symbolic numerical quantity. 7. This number is used 24 times throughout the Qur'an for various numerical quantities. It often carries the meaning of 'many' although we do not know exactly why this meaning of the figure was used. The Greeks and Romans also seem to have used the number 7 to mean an undefined idea of plurality. In the Qur'an, the number 7 refers to the Heavens themselves (samawat). It alone is understood to mean 'Heavens'. The 7 roads of the Heavens are mentioned once:
--sura 2, verse 29:
"(God) is the One Who created for you all that is on the earth. Moreover He turned to the heaven and fashioned seven heavens with harmony. He is Full of Knowledge of all things." --sura 23, verse 17:
"And We have created above you seven paths. We have never been unmindful of the Creation." --sura 67, verse 3:
"(God) is the One Who created seven heavens one above an other. Thou canst see no fault in the creation of the Beneficent. Turn the vision again! Canst thou see any rift" --sura 71, verse 15-16:
"Did you see how God created seven heavens one above another and made the
moon a light therein and made the sun a lamp " --sura 78, verse 12:
"We have built above you seven strong (heavens) and placed a blazing lamp." Here the blazing lamp is the Sun.
The commentators on the Qur'an are in agreement on all these verses: the number 7 means no more than plurality.57
There are therefore many Heavens and Earths, and it comes as no small surprise to the reader of the Qur'an to find that earths such as our own may be found in the Universe, a fact that has not yet been verified by man in our time.
Verse 12 of sura 65 does however predict the following:
"God is the One Who created seven heavens and of the earth (ard) a similar number. The Command descends among them so that you know that God has power over all things and comprehends all things in His knowledge."
Since 7 indicates an indefinite plurality (as we have seen), it is possible to conclude that the Qur'anic text clearly indicates the existence of more than one single Earth, our own Earth (ard); there are others like it in the Universe. Another observation which may surprise the Twentieth century reader of the Qur'an is the fact that verses refer to three groups of things created, i.e. - things in the Heavens.
- things on the Earth
- things between the Heavens and the Earth Here are several of these verses:
--sura 20, verse 6;
"To Him (God) belongs what is in the heavens, on earth, between them and beneath the soil." --sura 25, verse 59:
"... the One Who created the heavens, the earth and what is between them in six periods." --sura 32, verse 4:
"God is the One Who created the heavens, the earth and what is between them in six periods." --sura 50, verse 38:
"We created the heavens, the earth .and what is between them in six periods, and no weariness touched Us."
The reference in the Qur'an to 'what is between the Heavens and the Earth' is again to be found in the following verses: sura 21, verse 16; sura 44, verses 7 and 38 ; sura 78, verse 37; sura 15, verse 85; sura 46, verse 3; sura 43, Verse 85.
This Creation outside the Heavens and outside the Earth, mentioned several times, is a priori difficult to imagine. To understand these verses, reference must be made to the most recent human observations on the existence of cosmic extra-galactic material and one must indeed go back to ideas established by contemporary science on the formation of the Universe, starting with the simplest and proceeding to the most complex. These are the subject of the following paragraph.
Before passing on to these purely scientific matters however, it is advisable to recapitulate the main points on which the Qur'an gives us information about the Creation. According to the preceding quotations, they are as follows:
1. Existence of six periods for the Creation in general.
2. Interlocking of stages in the Creation of the Heavens and the Earth.
3. Creation of the Universe out of an initially unique mass forming a block that subsequently split up.
4. Plurality of the Heavens and of the Earths.
5. Existence of an intermediary creation 'between the Heavens and the Earth'.
SOME MODERN SCIENTIFIC DATA CONCERNING THE FORMATION OF
THE UNIVERSE
The Solar System
The Earth and planets rotating around the Sun constitute an organized world of dimensions which, to our human scale, appear quite colossal. The Earth is, after all, roughly 93 million miles from the Sun. This is a very great distance for a human being, but it is very small in comparison to the distance separating the Sun from the furthermost planet from it in the solar system (Pluto); in round numbers it is 40 times the distance from the Earth to the Sun, i.e. approximately 3,672 million miles away. This distance, when doubled, represents the largest dimension of our solar system. The Sun's light takes nearly 6 hours to reach Pluto, and yet the journey is made at the terrifying speed of over 186,000 miles per second. The light coming from stars on the very confines of the known celestial world therefore takes billions of years to reach us.
The Galaxies
The Sun, of which we are a satellite like the other planets surrounding it, is itself an infinitesmally small element among a hundred billion stars that form a whole, called a galaxy. On a fine summer night, the whole of space seems to be filled with stars that make up what is known as the Milky Way. This group has extremely large dimensions. Whereas light could cross the solar system in units of one hour, it would require something like 90,000 years to go from one extreme to the other of the most compact group of stars that make up our galaxy.
The galaxy that we belong to however, even though it is so incredibly huge, is only a small part of the Heavens. There are giant agglomerates of stars similar to the Milky Way that lie outside our galaxy. They were discovered a little over fifty years ago, when astronomy was able to make use of an optical instrument as sophisticated as the one that made possible the construction of the Mount Wilson telescope in the United States. Thus a very large number indeed of isolated galaxies and masses of galaxies have been discovered that are so far away that it was necessary to institute a special unit of light-years, the 'parsec' (the distance light travels in 3.26 years at 186,000 miles per second).
Formation and Evolution of Galaxies, Stan and Planetary Systems
What was there originally in the immensely large space the galaxies now occupy Modern science can only answer this question as of a certain period in the evolution of the Universe; it cannot put into numbers the length of time that separates this period from us.
At the earliest time it can provide us with, modern science has every reason to maintain that the Universe was formed of a gaseous mass principally composed of hydrogen and a certain amount of helium that was slowly rotating. This nebula subsequently split up into multiple fragments with very large dimensions and masses, so large indeed, that specialists in astrophysics are able to estimate their mass from 1 to 100 billion times the present mass of the Sun (the latter represents a mass that is over 300,000 times that of the Earth). These figures give an idea of the large size of the fragments of primary gaseous mass that were to give birth to the galaxies.
A new fragmentation was to form the stars. There then followed the intervention of a condensing process where gravitational forces came into play, (since these bodies were moving and rotating more and more quickly), along with pressures and the influence of magnetic fields and of radiations.
The stars became shiny as they contracted and transformed the gravitational forces into thermal energy. Thermonuclear reactions came into play, and heavier atoms were formed by fusion at the expense of others that were lighter; this is how the transition was made from hydrogen to helium, then to carbon and oxygen, ending with metals and metalloids. Thus the stars have a life of their own and modern astronomy classifies them according to their present stage of evolution. The stars also have a death; in the final stage of their evolution, the violent implosion of certain stars has been observed so that they become veritable 'corpses'.
The planets, and in particular the Earth, originated in a separation process starting from an initial constituent that in the beginning was the primary nebula. A fact that has no longer been contested for over twenty-five years is that the Sun condensed inside the single nebula and that the planets did the same inside the surrounding nebular. disc. One must stress-and this is of prime importance for. the subject in hand-that there was no sequence in the formation of the celestial elements such as the Sun nor in the formation of an earthly. element. There is an evolutionary parallelism with the identity of origin.
Here, science can give us information on the period during which the events just mentioned took place. Having estimated the age of our galaxy at roughly ten billion years, according to this hypothesis, the formation of the solar. system took place a little over five billion years later'. The study of natural radio activity makes it possible to place the age of the Earth and the time the Sun was formed at 4.5 billion years ago, to within a present-day accuracy of 100 million years, according to some scientists' calculations. This accuracy is to be admired, since 100 million years may represent a long time to us but the ratio 'maximum error/total time-to-be-measured' is 0.1/4.5, i.e. 2.2%.
Specialists in astrophysics have therefore attained a high degree of knowledge concerning the general process involved in the formation of the solar system. It may be summarized as follows: condensation and contraction of a rotating gaseous mass, splitting up into fragments that leave the Sun. and planets in their places, among them the Earth.
The knowledge that science has gained on the primary nebula and the way it split up into an incommensurable quantity of stars grouped into galaxies leaves absolutely no doubt as to the legitimacy of a concept of the plurality of worlds. It does not however provide any kind of certainty concerning the existence in the Universe of anything that might, either closely or vaguely, resemble the Earth.
The Concept of the Plurality of the Worlds
In spite of the above, modern specialists in astrophysics consider it highly likely that planets similar to Earth are present in the Universe. As far as the solar system is concerned, nobody seriously entertains the possibility of finding general conditions similar to those on Earth on another planet in this system. We must therefore seek for them outside the solar system. The likelihood of their existing outside it is considered quite probable for the following reasons: It is thought that in our galaxy half of the 100 billion stars must, like the Sun, have a planetary system. The fifty billion stars do indeed, like the Sun, rotate very slowly. a characteristic which suggests that they are surrounded by planets that are their satellites. These stars are so far away that the possible planets are unobservable, but their existence is thought to be highly probable on account of certain trajectory characteristics ; a slight undulation of the star's trajectory indicates the presence of a companion planetary satellite. Thus the Barnard Star probably has at least one planetary companion with a mass greater than that of Jupiter and may even have two satellites. As P. Gurin writes: "All the evidence points to the fact that planetary systems are scattered in profusion all over the universe. The solar system and the Earth are not unique." And as a corollary. "Life, like the planets that harbour it, is scattered throughout the universe, in those places where the physico-chemical conditions necessary for its flowering and development are to be found."
Interstellar Material
The basic process in the formation of the Universe therefore lay in the condensation of material in the primary nebula followed by its division into fragments that originally constituted galactic masses. The latter in their turn split up into stars that provided the sub-product of the process, i.e. the planets. These successive separations left among the groups of principle elements what one might perhaps call 'remains'. Their more scientific name is 'interstellar galactic material'. It has been described in various ways; there are bright nebulae that reflect the light received from other stars and are perhaps composed of 'dusts' or 'smokes', to use the terminology of experts in astrophysics, and then there are the dark nebulae that are less dense, consisting of interstellar material that is even more modest, known for its tendency to interfere with photometric measurements in astronomy. There can be no doubt about the existence of 'bridges' of material between the galaxies themselves. Although these gases may be very rarefied, the fact that they occupy such a colossal space, in view of the great distance separating the galaxies, could make them correspond to a mass possibly greater than the total mass of the galaxies in spite of the low density of the former. A. Boichot considers the presence of these intergalactic masses to be of prime importance which could "considerably alter ideas on the evolution of the Universe."
We must now go back to the basic ideas on the Creation of the Universe that were taken from the Qur'an and look at them in the light of modern scientific data.
