Narad’s Arrival at Madra by RY Deshpande is a book based on the opening passage of 81 lines of the Book of Fate of Savitri. It has, inter alia, aspects of this evolutionary creation of ours advancing towards what Sri Aurobindo envisaged as the supramental manifestation in plenitudes of the transcendental reality. Chapters XII-XVI of the book see the related issues from various angles. These are as follows:

 

·          The Story of Creation

·          Evolution—Scientific and Occult-Yogic Aspects

·          Evolution—A Metaphysical Discussion

·          Evolution—The Spiritual-Gnostic Possibilities

·          Towards the Intermediate Race

 

The expectation is that these themes will be of considerable interest to the readers of the Mirror of Tomorrow and therefore it is thought quite pertinent to post them on it. The book was published in April 2006 under the auspices of the Sri Aurobindo International Centre of Education, Sri Aurobindo Ashram, and it is heartening to see that it has been received enthusiastically in the Aurobindonian circles. It is now hoped that it will, through the Internet, become accessible to a much wider readership which can see the process and objective of the terrestrial evolution in terms of spiritual verities. Such an interest in it could be particularly rewarding because of the deep and fundamental positions that are available to the discernible and the perceptive; these will make them aware of the thousandfold possibilities of the spirit entering into this creation, the growing possibilities that can, in fact which must come into the operative dynamics of the earthly scheme. Going beyond the immediate intellectual-intuitive grasp of the issues involved in it are the profounder things of the occult-yogic kind and to be aware of them and to participate in them as far as possible to us is to prepare ourselves in the greatness of what they hold for us. It is with this view in mind that I am posting these five chapters as a set of articles one after another.


Charles Darwin’s Origin of Species was published on 24 November 1859; its advance publicity had assured the sale of all the thousand copies on the same day. It continues to make deep impact on our ideas of biological evolution through the process of natural selection and the survival of the fittest. It is an elegant scientific theory based on detailed scientific observations. The subject was perhaps just ripe at this point of time for such investigations and the air was full of it. Indeed, there were many competing claims for the discovery; but the Newtonian foundation provided by Darwin made it really acceptable to the scientific mind. There have been remarkable advances since then, and the leaps of thought present in it have now been covered through systematic palaeontological studies. The extensive findings at Lake Turkana in Kenya by Leaky and his team, for example, have been valuable in this respect. Yet those naturalists a hundred and fifty years ago could have never imagined the researches on stem cells being carried out currently. The interest is multilateral.

 

The long history of life is a fascinating document. Fossils records continue to unfold the biological diversity that had come around some four hundred million years in the past. Large teams of palaeobiologists are busy in collecting and analysing more than a hundred thousand fossil specimens. But the data have many dimensions and there is confidence as well as wariness in the study. At the other extreme, massive investments are being made in tailoring life to specific demands. There is the commercial impetus in promoting genetically fashioned products. The “evil technology foisted by greedy corporations” on the consumer society is a foreboding sign full of apprehensions. The 800-kg pumpkin is one example of it. The worldwide popularity of French fries well illustrates the money-motivated organisations that spring up in our midst; it has urged the food giants to introduce engineered potatoes on a large scale. The saying goes that “human desire shapes the plants that then shape human desire.” There is truth in it. The overall picture is that of life in the service of man; rather than man trying to know and understand life, it is gratification that rules his conduct. The sense of direction that gives meaning to things is not available in these pursuits; there is also a good deal of non-science in the entire business. The tragedy of our time is, science as a source of power is more domineering than science as a branch of knowledge. This has led to unpleasant consequences.

 

One is astonished by the accomplishments of life; but one is also baffled by the problems of life. How did life begin? How did it evolve? Is there some kind of a life-force that is operative in all its thousand workings? Or is there something else which governs it? If so, can that mysterious something be known, comprehended? If there is evolution, is it complete or is it still proceeding with its own plan about which we have no knowledge? And then there is the fundamental question: why is life always accompanied by death?

 

But let us get back to Darwin first. During the celebrated voyage of the Beagle in the period 1831-36 the meticulous naturalist in him collected and described thousands of animals and plants. He amassed the data which had been brought about by generations of selective breeding. These discoveries led Darwin to the important conclusion that there is the natural adaptation of organisms to a variety of habitat.

 

Darwin, apart from his own observations, drew from the works of others; these included Linnaeus, Cuvier, Hutton, Lyell, Malthus and Lamarck. Malthus’s idea of available resources as against demands leading to war and famine had its echo in the struggle for life; this was basically an economic principle of checks and balances. Similarly, Lamarck’s theory of evolution incorporating gradual modification and acquisition of characteristics lent itself well to fit the data. Darwin’s ideas can be summarised in his own words as follows: “As many more individuals of each species are born than can possibly survive, and as consequently there is a frequently recurring struggle for existence, it follows that any being, if it vary in any manner profitable to itself, under the complex and sometimes varying conditions of life, will have a better chance of survival and thus be naturally selected. From the strong principle of inheritance, any selected variety will tend to propagate its new and modified form.” The term “evolution” replacing “descent with modification” came much later.

 

About the documentation and publication of the Origin, Darwin confides to a friend: “I have found it quite impossible to publish any preliminary essay or sketch, but I am doing my work as completely as my present materials allow without waiting to perfect them.” Janet Browne speaks of Darwin’s earlier reservations but then reports: “This unfinished manuscript on natural selection already ran to 250,000 words, comprising eleven chapters of a probable fourteen, a great pile of paper on his study table that he ruefully called his ‘big book on species.’ He knew it was his life’s work, before which everything else faded into irrelevance… Ever since returning from the Beagle voyage in 1836, some twenty-two years before, he had believed that living beings were not created divine fiat. From that time on, he had sought an alternative explanation that would depend on natural processes rather than on God’s direct action. ”

 

Not any divine influence but natural selection as a statistical necessity became the scientific Bible for understanding biology. This Bible proclaims: adapt or perish. While the traits of the materialist’s arrogance are very strong in such statements, and while these may not be always acceptable, their robustness does give to thought a firmness which is desirable when one lives in the vagueness of subjective experience or else in creed. But in the process care is also necessary that another system of dogma is not erected.

 

Janet Browne in her “magisterial biography” paints a vivid picture of the Victorian Britain in which Darwin lived. It “seemed to be at peace with itself as political agitation at home and memories of the Crimean War and Indian uprising gave way to relative stability in the late 1850s and early 1860s. Free trade and carboniferous capitalism pushed ahead as the great manufacturing industries of the nation boomed. In the grand houses of London, Viscount Palmerston picked up his silk hat to become prime minister in 1857… Cathedral cities hummed with religious controversy; books and magazines poured from the presses; the newly affluent took tours and holidays; and a whole army of clerks, civil servants, bureaucrats, bankers, and accountants was called into being to administer the fresh commercial horizons that accompanied the emerging empire, as India, China, Canada, South America, and the Antipodes increasingly fell under British economic domination. Steam technology was the hero of society.”

 

She continues: “In among the contrasts stood the unobtrusive figure of Charles Darwin. Supported by a family fortune derived from the Industrial Revolution, Darwin was content to become a thoroughly respectable Victorian gentleman. He put away his Beagle shotguns, cast a discerning eye over his investments, and began to participate in the growing sense of national prosperity. He had no need to seek employment. Like many others in his circle he was free to pursue his interests, in his case a magnificent obsession with natural history.”

 

Apropos of religious implications of his findings, Janet Browne writes: “Every so often, a little debate about church doctrine with John Innes, the resident vicar, made Darwin’s strolls around the country lanes agreeably lively. Innes was just the kind of relaxed clergyman that Darwin himself might once have become if the voyage of the Beagle had not intervened. ‘I do not attack Moses,’ the naturalist remarked affably to him, ‘and I think Moses can take care of himself.’ This society was reassuringly sedate.”

 

And then: “Much of the lasting fascination of Darwin’s life story surely lies in the relationship between this prolific inner world of the mind and the private and public lives that he created for himself. His power of analysis was outstanding; his creative imagination remarkable. As a biologist, his distinctive gift was to envisage all living beings not only in their relations to one another but also in their relations to the places in which they lived and to the unfolding sequence of time. He would become one of the most famous scientists of his day, a Victorian celebrity whose work even in his own lifetime was regarded as a foundation stone for the modern world, not least for the manner in which he changed the way human beings thought about themselves and their own place in nature. And yet he liked to be a countryman, pottering around his garden.”

 

The Origin of Species was an instantaneous success no doubt, but compared with the contemporary Tale of Two Cities it got a mixed response; it proved highly controversial. When Darwin died in 1882, the prestigious Times observed that no one had “wielded a power over men and their intelligences more complete.” But in the sequel with the controversy becoming more and more acute, “while Darwin levitated,” as John Tooby writes, “Darwinism fell into scientific disrepute, eclipsed, incredibly, by feeble rivals, from a resuscitated Lamarckianism to teleological doctrines of predetermined progress. Even Alfred Russel Wallace, the co-discoverer of natural selection, retreated into spiritualism, declaring that natural selection could not account for humanity’s intellectual and moral abilities.” The Origin raised quite a few non-scientific issues. Whether they are relevant to science or not is another matter, but they have caused havoc in the minds of men. Should science be bothered about these issues?

 

It is imperative that these issues be properly resolved. The paradox was: whereas Darwin was celebrated, Darwinism faced a stiff opposition even to the extent of it being severely condemned. Was it a conflict between rigorous logic based on observation and what a powerful section of the society held sacrosanct, a tussle between science and faith? The tussle was not altogether new but certainly strange it was to have lasted till the nineteenth century. The ineffectual but endless debate between religion and science continued, one dealing with scientific facts and the other revelations of the scriptures. But then was Darwin’s work really an endorsement of some self-actuating mechanism without supra-rational agency entering into the picture? It is estimated that Darwin wrote some 1500 letters a year, but these did not seem to bring matters to a stop. There is a kind of in-built notion in us that our cherished mental life cannot be a “downstream consequence of the uncaring immensities of time and chance”. The description of our arrival as a clockwork occurrence hurts us deeply. Human reason suspects it and human sentiment rejects it outright. But very often we also tend to forget our own parameters of operation. Could it not be that beyond what we call chance and necessity there is the power of Truth’s dynamism operating in the complex play of possibilities? Any metaphysical assertion based on spiritual experience has to finally go back to that experience if it has to have a breathing sense of reality. This happens seldom and one falls into verbal arguments which rarely bear any conviction. Interpretations abound and one easily gets lost in them.

 

Take the Hymn of Creation one reads in Genesis. According to it, in six days the Lord made heavens and earth but on the seventh day he rested. He revealed truths about his creation to Moses. It was on the fifth day that from waters sprang forth living creatures. It will be a gross mistake to consider it a scientific pronouncement: we should understand that it is another knowledge put in another language. Failure to do so is the cause of all disagreement. Before we can think of linking it up with the concepts and findings of rational sciences, we have to grasp the essence of both of them. It will be improper, if not wrong, to believe that Genesis is concerned with factual statements as are figured out by the naturalists. It is also improper if not wrong to say that God was behind whatever happened or happens in this creation. A certain pragmatic distinction has to be made between the Creator and his creation. This is something which is least appreciated, in fact more often than not it is most frowned upon. But in it is the occult-spiritual aspect of fundamental importance. There cannot be evolution without prior involution. God has to become Non-God which he can by his own Will, samkalpa; though Non-God he has still the freedom of God, that being his own stance. There is the aspect of Becoming and not only Being; in fact a static non-active Being would not give rise to any creation, but as Becoming can re-emerge into its own self-manifesting multiplicity. There is the aspect of inconscient Self and somnambulist Force with the Being present as the substratum Reality shaping out this self-manifesting multiplicity. Nothing can be more absurd than saying that the supreme God is the source of the cosmic evil and falsehood and sorrow and suffering and pain; he is not. His transcendental poise is different from the universal. Failure to make a distinction between the two is the source of all dogmatism. In the limited perspective of evolutionary biology, the question is perhaps “not on how humans were created, but on what they are and why they were created.”

 

The point is well illustrated by the following parable. “A story is told of a Hyde Park orator who was attacking belief in God. He argued that the world just happened. As he spoke he was hit by a soft tomato. ‘Who threw that?’ he demanded. A Cockney voice replied, ‘No one threw it—it threw itself.’ ” G. K. Chesterton puts it in a sophisticated manner: “It is absurd for the evolutionist to complain that it is unthinkable for God to make everything out of nothing, and then pretend that it is not more unthinkable that nothing should turn itself into everything.”

 

There is an ongoing debate in the Muslim world about the modern theory of evolution as propounded by science vis-à-vis the religious tradition. A question is asked if the Quranic account of creation goes counter to the appearance of man as postulated by Darwin in his Origin of Species. Indeed it does. Man’s ancestry in apehood is, religion-wise, not maintainable. In means, there is an irresolvable conflict in the simultaneous assertion of both, conflict between logic of scientific understanding and belief held by religion.

 

But then are scientific theories always logical, coherent, applicable and adequate to raise themselves to the level of this debate? And what constitutes belief in terms of human perception and acceptance? One wonders if at all scientific objectivity in the former is innate in the approach or it is just some notion of ours which we finally “verify”. Could it not be that our “facts” are an outcome of our expectations? Customarily, we make cognitive statements and support them with the so-called observations. This itself knocks off the basis of absolutism in science. The protagonists of faith pick up this unyielding line of reasoning to dismiss the scientific provisionality of our understanding of nature. We trenchantly uphold science to be always based on reason and logic. But then there are also jumps of imagination. If biological evolution is the “given” then the fossil records are there to fit into it. But there are large gaps in Darwin’s Natural Selection and the Preservation of Favoured Races in the Struggle for Life. Will all this make evolution “scientific” even if we are to take note of the 3300 species studied from fossils of Lake Turkana in Kenya? Perhaps it is just a way of looking at things and there is no compelling force in its formulation. The Darwinian claim that “all the organic beings which have ever lived on this earth have descended from one primordial form into which life was first breathed” is itself too sweeping a generalisation.

 

But the tendency of the theological mind to bring everything under the compass of religion is more a hard creed than the knowledge that actually comes from some luminous sweep of intuition. Starting with the premise “all is God’s creation”, it is very obligatory for religion to understand and explain everything in terms of its dogma and its metaphysics, its arguments of divinity. Otherwise it becomes insufficient, lacking universality and hence flawed, that the non-credulous can challenge it, and the credulous feel suspicious about it even to the point of losing faith. But there are layers and layers of understanding and explanation. There is the logic of the finite and also there is the logic of the infinite. To impose one on another is perhaps also to miss the wholesome way of looking at things in their totality, in their integrality. When one imposes ones authority on another, one becomes imperious, rude; there is certain impertinence in this insistence. Such was the fallacy of the Christian dogma. And it went to such an extent in the mediaeval days that it would have no compunction to set inquisitions. Even today, there are opinions in progressive countries like the US to ban the teaching of the Darwinian evolution in educational institutions. In fact it is a crime to teach this biological theory in schools of the Tennessee state. The law says the following: “Be it enacted by the general assembly of the state of Tennessee, that it shall be unlawful for any teacher in any one of the universities and public schools of the state, which are supported in whole or in part by the school funds of the state to teach any theory that denies the story of the divine creation of man as taught in the Bible, and to teach instead that man had descended from a lower order of animals.” This is strange indeed.

 

In the Quran we have the following about the appearance of man. “He created him out of dust, from clay, humid or moist earth.” More specifically, we have: “The Lord said unto the angels: lo! I am about to create a mortal out of clay, and when I have fashioned him and breathed into him of My spirit, then fall down before him prostrate.” (38:72-73) The Book also suggests “the possibility of more advanced forms of creation developing, with superior sensory faculties or even new senses, in addition to our five. Although the Quran does not state that this will definitely happen, yet it affirms God’s power to produce such changes are within his plan.” This should be contrasted first against the chemical and then the biological evolution of life and arrival of man. In the Christian tradition also God created Man out of the dust, he created him in his own image; Adam in Hebrew means “red earth”. Eve came from one of Adam’s ribs. In Greek mythology Athena had leaped straight from the head of Zeus. In the Aitereya Upanishad we have the description of the Spirit bringing unto the gods Man and they said, “O well fashioned truly! Man indeed is well and beautifully made.” The belief in all these cases is of an instantaneous creation. There is no question of evolution of form or of emergence out of chaos. However, we must remember that these sages and seers were not writing a treatise in a modern fashion on scientific lines to put forward their discoveries. But the miraculous birth of Athena, for instance, presented to us by Homer and Hesiod, belongs to another kind of language and another kind of metaphor-symbol. Not only that; it is a reality on another level of perception. Sponsor of warriors and heroes, giver of arts and crafts, wise counsellor and bestower of wisdom, Athena was the foremost in bringing out a whole civilisation. So when it is said that from the head of Zeus she sprang out full-grown and armed for battle, it has certainly another meaning and we tend to confuse this language of the ancients with our metaphors and idioms. If we are unable to enter into the spirit of their mythology then the blame is ours, but liberal thought will also try to grasp it as far as possible.

 

So the conflict between religion and science is a universal conflict, though the Catholic Church maintains that there is no real disagreement between the theologian and the scientist when they keep themselves in their respective bounds. Still this catholic outlook is hardly a solution; it is just a pious counsel. It is also claimed that Islam does not encourage the belief that science and religion belong to opposing domains of activity. But all the religious revelations or statements will prove anathematic to the evolutionary biologist who considers the appearance of man from ape as a natural fact. For instance, to say “at every step of creation choices that had to be made were made not by the blind hand of natural selection but by the will of God” is to speak non-science. There are bound to be irreconcilable differences between the two. We do admire the marvel that an Arctic bear or fox is, or a dolphin, or an owl, even a butterfly or a small mosquito, or a tulip is; but to insist that biological process has nothing to do with it and that there is God’s very first design behind everything, that nothing came as a result of later accident or is not governed by natural selection is something else. It is to cross into another domain, the domain of faith or else of credulity. While we do recognise the limitations of a theory propounding natural selection and survival of the fittest, to condemn it on grounds that are really not scientific becomes equally unacceptable. We are strictly forbidden to think of the possible ways by which the divine agency might have brought out these marvels.

 

It is equally self-destructive to solely go along with Thomas Huxley. While reviewing Darwin's Origin of the Species in 1860 he wrote, with a superior pride: “Extinguished theologians lie about the cradle of every science as the strangled snakes beside that of Hercules; and history records that whenever science and orthodoxy have been fairly opposed, the latter has been forced to retire from the lists, bleeding and crushed, if not annihilated. But orthodoxy is the bourbon of the world of thought, it learns not, neither can it forget.” Stiffness of Victorian materialism is pretty evident in this.

 

Perhaps resolution of the science-theology conflict lies elsewhere. We must understand that the two are giving us truths at different levels and attempts to see them on the same will always prove to be frustrating or futile. The knowledge imparted by revelation is of a different kind than the knowledge that comes from secular scientific pursuits. Rational conceptions and intuitive perceptions are not the same. Intuition can at times persuade enlightened reason and reason can consciously or unconsciously receive intimations from intuition, but their modes of cognisance and operation do not quite overlap. Non-recognition of this fundamental aspect cannot but lead to violent oppositions.

 

The Muslim biology prides itself in preceding Darwin by several centuries. Thus al-Jahiz who belongs to the golden age of Islamic culture, born at Basra in 776, was a pioneering researcher in zoology. It seems he had some two hundred titles of published works to his credit of which only one-third have survived. His most important work is The Book of Animals (Kitab al-Hayawan). His was truly a scientific approach. “He classified animals in a linear series, beginning with the simplest and continuing to the most complex; and at the same time, he arranged them into groups having marked similarities; these groups were divided into sub-groups to trace the ultimate unit in the species.” It is pertinent to note that al-Jahiz discovered and recognised the effect of environmental factors on animal life; he also observed the transformation of animal species under different factors.

 

Regarding struggle for existence as proposed by al-Jahiz an Internet posting from The Islamic Quarterly, London, 1983, has the following to say: “Al-Jahiz placed the greatest weight on evolution by the struggle for existence, or, in a larger sense, by natural selection. It operates in conjunction with the innate desire for conservation and permanence of the ego. According to al-Jahiz, between every individual existence, there is a natural war for life. The existences are in struggle with each other. Al-Jahiz’s theory of struggle for existence may accordingly be defined as a differential death rate between two variant class of existence, the lesser death rate characterising the better-adapted and stronger class. For him the struggle for existence is a divine law; God makes food for some bodies out of some other bodies’ death. He says, the rat goes out for collecting his food, and it searches and seizes them. It eats some other inferior animals, like small animals and small birds… It hides its babies in disguised underground tunnels for protecting them and himself against the attack of the snakes and of the birds. Snakes like eating rats very much. As for the snakes, they defend themselves from the danger of the beavers and hyenas; which are more powerful than themselves. The hyena can frighten the fox, and the latter frightens all the animals which are inferior to it… This is the law that some existences are the food for others… All small animals eat smaller ones; and all big animals cannot eat bigger ones. Men with each other are like animals… God makes cause of some bodies life, from some bodies death and vice versa. And according to al-Jahiz, the struggle does not exist only between the members of different species, but also between the members of the same species.”

 

This is a secular discovery reflecting the fundamental law of the vital world in which, as the Upanishad says, the eater eating is eaten. The process by which life itself grows and develops into more and more complex forms is what it proclaims. The whole biology is an unbroken chain, of life living on life. Bertrand Russell has a poetic description of the whole process: “One by one as they march, our comrades vanish from our sight, seized by the silent orders of Death. Very brief is the time in which we can help them, in which their happiness or misery is decided… Brief and powerless is Man’s life; on him and all his race is raised the slow, sure doom falls pitiless and dark. Blind to good and evil, reckless of destruction, omnipotent matter rolls on its relentless way.” But we don’t know if al-Jahiz had enough observational data at his disposal to arrive at theoretical concepts of the struggle for existence and survival of the fittest. Perhaps these ideas were more speculative in their character than what we would call as things of observational science.

 

The Book of Animals by al-Jahiz is a mine of information, though most of it is “folkloric rather than zoological.” Nevertheless, there are statements aplenty about the metaphysical issues involved with life and death. It is argued that not survival of the fittest, not the law of natural selection but the factors which come into play are themselves “governed by a universal divine scheme of things.” But this itself may almost amount to putting our very way of understanding things as a part of some wonderful Design behind this creation. To speak of survival through death is a great occult truth but survival of the fittest belongs to quite a different category. It is necessary to distinguish these two. We have a profound discovery in “the hand of death serving the cause of life”; but in it we should also see death standing as a power with a will, howsoever antagonist it be. Death is not just an abstract concept but is functionally present as an agent in the working of life in a physical medium. Material foundation of life also implies presence of death. It means, we have to go down to the cellular level to see the presence of death. This is beyond science.

 

According to the Princeton biologist, J. T. Bonner, an average-sized cell contains about 200,000 billion molecules. In The Ideas of Biology he says: “...it seems easier to imagine a single cell evolving into complex animals and plants than it does to imagine a group of chemical substances evolving into a cell.” Chemical evolution thus appears to be more complex and perhaps more mysterious than the biological evolution where operate the Darwinian laws of natural selection and survival of the fittest. What governs chemical evolution? When does the inorganic become the organic? None knows anything about it and science is a helpless witness to the process. Is there a possibility of its entering into it?

 

Let us consider some of the factors we have presently at our disposal. Following Bonner again, these could be the proteins and the DNA. Proteins are among the most complex molecules known, with very precise molecular structure, and with molecular weights up to 50,000. They may contain 200-300 amino acids, which must be exactly the right sort in exactly the right order. Amino acids come in approximately 20 different types with either left-handed or right-handed shape. In determining the structure of the cell, proteins play an important part. Then there is the DNA molecule which every cell possesses. The e-coli bacterium has a wound-up DNA strand which is 1000 times its own length and has 3000 genes made of some 4 million base pairs. RNA is a shorter, usually single-stranded molecule, but still with large numbers of nucleotide bases. No life survives without food and it must be produced from chemicals either by photosynthesis or chemosynthesis, or else it must live on food already prepared for it in other life forms. Can all this happen by chance alone or is there some other law governing the entire process of life’s living? Or is it that life asserts itself in every circumstance and we mistake circumstance as a necessary condition for life’s existence, a pre-requisite for the appearance of life in the manner we understand it? Is a certain chemical formulation our definition of life, a tag, a name given to a chemical combination? circumstance a way of recognising the presence of life? Can life exist without material support? Perhaps it is not the chemicals that make life, but that life lives in the chemicals. If it were the former, chance would enter into the description, causing life, as well as its death. Is there a fundamental principle that science can provide for our perception of this chemical basis of life? Or is this also just another set of beliefs?

 

Evolutionary biology maintains that man is a Darwinian creature, a product coming on the scene after several millennia by a gradual step-by-step change. But did the evolutionary biology have the least notion that, one of these days, it will give rise to man? Nor does the hindsight make it much wiser. Can it say that man is the last stage on the evolutionary ladder and above it there is no further biological gain possible, implying that evolution comes to an end with this achievement? If it does not, then where is it going to lead us? In the present busy quantum world we have accepted ourselves to live in another uncertainty. Its baffling quantum leaps could be large and inorganically exponential and might produce a computer, but can ever these give rise to the phenomenon proudly proclaimed as man? Or if he is a transitional occurrence, what are the new prospects it can offer to us? None knows anything about them and we simply gape into a stark blind abyss. The findings of professional knowledge have to be viewed in its context only, and not much elsewhere.

 

It is well known that Darwin inserted a reference to the Creator in the second edition of his Origin of the Species; it states that he “originally breathed life with its several powers into a few forms or into one.” Later, biology took care of everything else—that there was no further necessity of the Creator being present. There is also a story about the change of Darwin’s views towards the end of his life. “It has been supposed that Darwin renounced evolution and converted to Christianity on his deathbed. Shortly after his death, a Lady Hope claimed she visited Darwin at his deathbed, and witnessed the renunciation. Her story was printed in a Boston newspaper and subsequently spread. Lady Hope’s story was refuted by Darwin’s daughter Henrietta who stated, ‘I was present at his deathbed ... He never recanted any of his scientific views, either then or earlier.’ ” But all that is not of much avail. The deed was already done and there is nothing that can really reverse it.

 

If we take a microbiological view, it cannot be denied that “copying errors” occur in the genes; these errors can be harmful as well as beneficial. In the latter case, the organism derives some advantage over other organisms, which is then passed on to offspring. It is this aspect which upholds Darwinism even in the present-day understanding of the theory of evolution. But there is also an on-going debate about the dependability of the fossils records. The molecular biologists say that these are fragmentary and corrupt. Stephen Jay Gould proposes the theory of punctuated equilibrium. According to him, new species do appear suddenly and then persist with little change until they go extinct. The theory implies that species are individuals, not classes. Nonetheless, the basic approach is the same, Darwinian. But if in biological evolution there is the force of heredity, there is also the truth of other forces entering into operation. They feed it. They present challenges too; Survival of the Fittest is the name given to it, but the details of the challenges are never known to it. But how exactly are these challenges met? None knows about that.

 

There is an interesting dialogue between man and computer: man saying that computer is fast, accurate, stupid, and the computer retorting that man is slow, inaccurate, brilliant. Though biology would never accept having brought them together, willy-nilly this is exactly what the quantum argument imposes upon us. But what would the similarity of their appearance imply if both of them, man and machine, have come from the same cold womb of fruitful chaos? Are they really twins, though paradoxically separated by an unimaginable gap of time as far as their arrival is concerned? The coming of man before the arrival of the computer is by no means a sign of his self-acclaimed superiority; nor could it be the other way around. Indeed, long before the probabilistic spin was built into nature’s working, from their cozy homes

 

Seven gods had stepped out

Carrying a meaningless doubt

In their stochastic brains

Wondering, if there are gains

From evolution to accrue,

If chaos could be richly true.

But then by chance into a well,

Of deep uncertainty, they fell.

At once there were seven nods

For the strange waylost gods.

 

People talk of cellular processes and feel happy about it. But at the moment it is prudent to talk of the Redwood and wonder why evolution should have produced this tree at all, this marvel of enduring majesty. Yet science has to move on, and this is exactly what we witness in the recent South Korean researches about the possibility of human cloning.

 

NBC’s report from Washington dated 12 February 2004 runs as follows: “South Korean and U.S. researchers said Wednesday they had cloned a human embryo and extracted from it sought-after cells called embryonic stem cells. The cloning was not intended to make human babies, but the first step toward developing cures for diabetes, Parkinson's and other diseases.” Unquestionably, it could be a significant triumph. “The stem cells taken from the tiny embryos, known as blastocysts,” continues the report, “have the potential to develop into any kind of cell or tissue in the body. Woo Suk Hwang of Seoul National University in Korea, who led the study, said in a statement that the funding for the experiments came from a private donor.”

 

The discovery of Hwang and his colleagues has been published in Science, putting a stamp of professional authenticity on it. [Recently this has been retracted and the researcher admitted that the data were doctored. That is the human angle and speaks volumes about the nature of man.] “They created the clone using eggs and cumulus cells donated by Korean women. Cumulus cells are found in the ovaries and in some species have been found to work especially well in cloning experiments. The researchers used a process called nuclear transfer, which involves removing the nucleus from an egg cell and replacing it with the nucleus of a so-called adult cell—in this case a cumulus cell. They succeeded largely because of using extremely fresh eggs donated by South Korean volunteers and gentler handling of the genetic material inside them. They activated the egg cells using a chemical process, which started the eggs growing as if they had been fertilised by a sperm and got 30 embryos to grow to the blastocyst stage. At this stage, approximately 100 cells, the stem cells should be removable. They pulled stem cells from one of the blastocysts and managed to get them to grow into a variety of different cells including eye cells, muscle cells, bone and cartilage.” This is a remarkable discovery and no dogmatism should decry it in its essential implications; nor have ethics and morality any place in governing such human advancements. [But alas! More often than not we live in a human system in a subhuman way.]

 

Cloning had another beginning sometime ago. The birth of Dolly, the cloned sheep in 1997, was a celebrated event in the progress of life sciences. But the embryonic cloning has now surpassed this. Dolly was created by reproductive cloning technology. She lived for 6 years, till 14 February 2003, and gave birth to six lambs in a normal way. But she had also been suffering from lung cancer and arthritis. It is said that the present South Korean success in embryo cloning breaks a “biological Gordian knot”. The far possibility is that of a cloned human being. A cloned embryo can develop and grow as naturally in a host womb, resulting in the birth of a biogenetically synthesised twin of ours.

 

There are essentially three types of cloning: recombinant or DNA cloning, reproductive cloning, and therapeutic or embryo cloning. In the recombinant process, a DNA fragment of interest is transferred from one organism to a self-replicating genetic element. This amounts to the propagation of the DNA in a foreign cell. The technique has been in practice now for thirty years or more. Reproductive cloning is for the species that has the same nuclear DNA as another. In it genetic material is transferred from the donor nucleus to an egg whose nucleus has been removed. In the uterus of a female host it then continues to develop until birth. With the exception of the sperm and egg, every cell in the body contains all of the genetic material in its DNA to theoretically create an exact clone of the original body. Cells have been “biochemically programmed to perform limited functions.” In the embryo cloning, eggs are collected from women’s ovaries and the genetic material removed. Under suitable conditions these can begin to divide. The building blocks of our bodies come from embryonic stem cells, cells from which all other tissue types become available. The eventual goal of stem cell research is to create a replacement organ or part of an organ. But then there is a problem. Removing these cells, present in an embryo only days after conception, would amount to destroying the embryo. Ethics shudders to think of such murderous acts. But where is ethics?

 

What took millennia to materialise is given to us by genetics as if in a jiffy, but with all the immediate hazards present in it, hazards biological as well as psychological. In these researches there are issues, social-professional which cannot be divorced from each other. One of them is the exact moment when life begins. The traditional belief is, it begins when egg and sperm unite. But in the stem cell researches embryos must be destroyed to generate embryonic stem cells. This becomes unacceptable on several counts. And yet there is the irrefutable gain, in our understanding the processes of nature. Conflicts of the kind happen at every major discovery of science and the current stem cell investigations are no exception. Perhaps as long as what we are, this will continue.

 

Nicholas Wade puts the pragmatic-empiric side as follows: “From a technical point of view the researches are simply aimed at understanding the life process. The advantages are varied and compelling. In them we could possibly have living factories for producing animals with tailored qualities. The availability of medicinal materials is an important attraction. Engendered species can be saved using the techniques of reproductive cloning. Hundreds of cloned animals exist today. No wonder, mega-companies should get drawn towards this business. New bio-products could be the commerce of the future. Aspects of exploitation or else of trampling of ethical principles obviously come into picture. Governmental regulations to stem them down are possible remedies. There are of course difficulties also, difficulties such as expenses, poor results or high failure rates, infection, tumour growth, and other disorders. There could, and are, professional problems aplenty. But perhaps it will be only a matter of time for these to be sorted out. In fact with better understanding of the entire process these need not cause despair to us. History of science assures us that such situations are not new.” But there are other kinds of despair, including what we are.

 

Should humans be cloned? Indisputably, the thought of human monsters or Hitlerite armies springing up from our own genes will be repugnant to the finer taste of mankind.  Fallouts of research always cause significant changes in our life-styles. The atomic weapons development programme of the Second World War was one such great event. But then in the total reckoning, the Promethean fire turned out to be more creative than destructive. From the pyre of the past arose the new future, as if behind it was working some wonderful unknown force in all its benevolence. A whole new civilisation has sprung up, bringing lands and nations closer, as much as providing a vision from the sky of the vastness of the universe in which we dwell. It does not make us pint-sized or trivial in any way; rather it puts us meaningfully at the centre of the existence itself. Surely, that also means responsibility. Will the genetic science give us an understanding of the truer nature of life as it lives under the present material conditions? That is the real question. But can that question be called a scientific question at all and, if it is not, is one obliged to answer it? But even if it were not a scientific question, can it be shirked off? But let us look at the issue from an occult-spiritual point of view.

 

The Mother was intensively engaged in the arduous work of cellular transformation during the last fifteen years or so of her yogic sadhana. Essentially this began with the advent of the supramental manifestation in the subtle physical of the earth on 29 February 1956, an event for which Sri Aurobindo had already laid the foundation. She had spoken on a number of occasions about the difficulties involved in the process of transformation, and also about the extreme danger in it; Savitri through Narad had already foretold it in 1950 itself. The Mother was standing on a perilous threshold but left everything to the Will of the Lord. In it her work proceeded, to the pleasant extent that the body’s cells themselves started responding positively to the Force that was descending in the physical.

 

The Mother discloses: “We come now to the most terrible battle of all, the physical battle which is fought in the body; for it goes on without respite or truce. It begins at birth and can end only with the defeat of one of the two combatants: the force of transformation and the force of disintegration. I say at birth, for in fact the two movements are in conflict from the very moment one comes into the world, although the conflict becomes conscious and deliberate only much later. For every indisposition, every illness, every malformation, even accidents, are the result of the action of the force of disintegration, just as growth, harmonious development, resistance to attack, recovery from illness, every return to the normal functioning, even progressive improvement, are due to the action of the force of transformation. Later on, with the development of the consciousness, when the fight becomes deliberate, it changes into a frantic race between the two opposite and rival movements, a race to see which one will reach its goal first, transformation or death. This means a ceaseless effort, a constant concentration to call down the unregenerating forces and to increase the receptivity of the cells to this force, to fight step by step, from point to point against the devastating action of the forces of destruction and decline, to tear out its grasp everything that is capable of responding to the ascending urge, to enlighten, purify and stabilise. It is an obscure and obstinate struggle, most often without any apparent result or any external sign of the partial victories that have been won and are ever uncertain—for the work that has been done always seems to need to be redone; each step forward is most often made at the cost of a setback elsewhere and what has been done one day can be undone the next. Indeed, the victory can be sure and lasting only when it is total.” [1] She also speaks of knowingly entering into the domain of death “deliberately and consciously while one is still alive, and then to return from this region and re-enter the physical body, resuming the course of material existence with full knowledge.” [2]

 

This was in 1954, but in 1967 she gives the prayer of the cells in the body: “Now that by the effect of the Grace, we are slowly emerging out of inconscience and waking to a conscious life, an ardent prayer rises in us for more light, more consciousness: ‘O Supreme Lord of the universe, we implore Thee, give us the strength and the beauty, the harmonious perfection needed to be Thy divine instruments upon earth.’ ” [3]

 

During the same period the Mother speaks of supramental descent in the physical cells: “The material cells have to obtain the capacity to receive and to manifest consciousness. And then what makes for a radical transformation is that in place of… an eternal and indefinite ascent, there is the appearance of a new type—it is a descent from above. The previous descent was a mental descent, and this one, Sri Aurobindo calls it a supramental descent; the impression is that of a descent of the supreme Consciousness which infuses itself into something that is capable of receiving it and manifesting it. And then out of this, when this has been thoroughly churned (how long it will take, one does not know), a new form will take birth, which will be what Sri Aurobindo called the supramental form—which will be… it does not matter what, I do not know how these beings will be called. How will they express themselves, how will they make themselves understood, and all that?… In man, it has developed very slowly. Only the mind has laboured much and basically has made things move quicker. …  Only, when man came out of the animal, there was no means of recording… now it is quite different, so it will be more interesting. … It is the body that aspires, the body that says the mantra, the body that wants the light, the body that wants the consciousness.” [4]

 

What the Mother is speaking of is beyond the perspectives or faculties of genetic sciences. But if the material cells have to receive and manifest consciousness, then the inquisitive mind has a rational demand to make: if chance is the cause of all that happens in this physical world, and chance is the only mechanism known to such a mind, can it lead to the arrival of such a consciousness? The answer is, it cannot—for the reason that consciousness is not a product of chance; it is not a freak occurrence. Recognition of a conscious will and its awakening in the cells is totally outside its comprehension. However, the inquisitive mind could prepare itself in a meaningful way to look into possibilities of the cells receiving and manifesting consciousness. Even if direct knowledge might not be within its reach, there is certainly enough scope to receive its intuition. Progressive science must open out to it for its own progress. It is not that its techniques can discover the secret consciousness in the material processes, but surely it can reveal the truer ways of operation in them.

 

No doubt, as Sri Aurobindo writes in a letter, in the mid-1930s, there is “an obscure mind of the body, of the very cells, molecules, corpuscles. Haeckel, the German materialist, spoke somewhere of the will in the atom, and recent science, dealing with the incalculable individual variation in the activity of the electrons, comes near to perceiving that this is not a figure but the shadow thrown by a secret reality. This body-mind is a very tangible truth; owing to its obscurity and mechanical clinging to past movements and facile oblivion and rejection of the new, we find in it one of the chief obstacles to permeation by the supermind Force and the transformation of the functioning of the body. On the other hand, once effectively converted, it will be one of the most precious instruments for the stabilisation of the supramental Light and Force in material Nature.” [5].Opening of the body-mind to the supramental Light and Force is what Sri Aurobindo later called as the Mind of Light. The Mother’s yoga of cellular transformation was precisely concerned with it. It had advanced to such an extent that some of the cells could perceive the Divine Will working in them.

 

The trouble with the conventional science is that it recognises only the working of a blind mechanical agency in this creation. It is a committed votary of the inconscient Self and the somnambulist Force. But, then, that is not everything, cannot be everything. Conventional science has the least notion that there are indeed different poises of the Truth-conscient dynamism that operates everywhere, even in the fruitful Nothingness.

 

“It is not very easy for the customary mind of man,” analyses and asserts Sri Aurobindo, “always attached to its past and present associations, to conceive of an existence still human, yet radically changed in what are now our fixed circumstances. We are in respect to our possible higher evolution much in the position of the original Ape of the Darwinian theory. It would have been impossible for that Ape leading his instinctive arboreal life in primeval forests to conceive that there would be one day an animal on the earth who would use a new faculty called reason upon the materials of his inner and outer existence, who would dominate by that power his instincts and habits, change the circumstances of his physical life, build for himself houses of stone, manipulate Nature’s forces, sail the seas, ride the air, develop codes of conduct, evolve conscious methods for his mental and spiritual development. And if such a conception had been possible for the Ape-mind, it would still have been difficult for him to imagine that by any progress of Nature or long effort of Will and tendency he himself could develop into that animal. Man, because he has acquired reason and still more because he has indulged his power of imagination and intuition, is able to conceive an existence higher than his own and even to envisage his personal elevation beyond his present state into that existence. His idea of the supreme state is an absolute of all that is positive to his own concepts and desirable to his own instinctive aspiration,—Knowledge without its negative shadow of error, Bliss without its negation in experience of suffering, Power without its constant denial by incapacity, purity and plenitude of being without the opposing sense of defect and limitation. It is so that he conceives his gods; it is so that he constructs his heavens. But it is not so that his reason conceives of a possible earth and a possible humanity. His dream of God and Heaven is really a dream of his own perfection; but he finds the same difficulty in accepting its practical realisation here for his ultimate aim as would the ancestral Ape if called upon to believe in himself as the future Man. His imagination, his religious aspirations may hold that end before him; but when his reason asserts itself, rejecting imagination and transcendent intuition, he puts it by as a brilliant superstition contrary to the hard facts of the material universe. It becomes then only his inspiring vision of the impossible. All that is possible is a conditioned, limited and precarious knowledge, happiness, power and good.” [6]

 

In the theory of evolution there are many strands and the DNA is only one small aspect of it. Apart from biological factors there are interwoven occult and spiritual elements also. In that respect let us look into the working of life in its several ways.

 

As in Matter, writes Sri Aurobindo, in “Life also the Consciousness-Force begins with infinitesimal forms of vegetable life and infinitesimal animalcules; it creates an original plasm and multiplies it, creates the living cell as a unit, creates other kinds of minute biological apparatus like the seed or the gene, uses always the same method of grouping and association so as to build by a various operation various living organisms. A constant creation of types is visible, but that is no indubitable proof of evolution. The types are sometimes distant from each other, sometimes closely similar, sometimes identical in basis but different in detail; all are patterns, and such a variation in patterns with an identical rudimentary basis for all is the sign of a conscious Force playing with its own Idea and developing by it all kinds of possibilities of creation. Animal species in coming into birth may begin with a like rudimentary embryonic or fundamental pattern for all, it may follow out up to a stage certain similarities of development on some or all of its lines; there may too be species that are twy-natured, amphibious, intermediate between one type and another: but all this need not mean that the types developed one from another in an evolutionary series. Other forces than hereditary variation have been at work in bringing about the appearance of new characteristics; there are physical forces such as food, light-rays and others that we are only beginning to know, there are surely others which we do not yet know; there are at work invisible life-forces and obscure psychological forces. For these subtler powers have to be admitted even in the physical evolutionary theory to account for natural selection; if the occult or subconscious energy in some types answers to the need of the environment, in others remains unresponsive and unable to survive, this is clearly the sign of a varying life-energy and psychology, of a consciousness and a force other than the physical at work making for variation in Nature. The problem of the method of operation is still too full of obscure and unknown factors for any at present possible structure of theory to be definitive. Man is a type among many types so constructed, one pattern among the multitude of patterns in the manifestation in Matter. He is the most complex that has been created, the richest in content of consciousness and the curious ingeniousness of his building; he is the head of the earthly creation, but he does not exceed it. Even as others, so he too has his own native law, limits, special kind of existence, svabhāva, svadharma; within those limits he can extend and develop, but he cannot go outside them. If there is a perfection to which he has to arrive, it must be a perfection in his own kind, within his own law of being,—the full play of it, but by observation of its mode and measure, not by transcendence. To exceed himself, to grow into the superman, to put on the nature and capacities of a god would be a contradiction of his self-law, impracticable and impossible. Each form and way of being has its own appropriate way of the delight of being; to seek through the mind the mastery and use and enjoyment of the environment of which he is capable is rightly man the mental being’s objective: but to look beyond, to run after an ulterior object or aim of existence, to aspire to surpass the mental stature is to bring in a teleological element into existence which is not visible in the cosmic structure. If a supramental being is to appear in the terrestrial creation, it must be a new and independent manifestation; just as Life and Mind have manifested in Matter, so Supermind must manifest there and the secret Conscious-Energy must create the necessary patterns for this new grade of its potencies. But there is no sign of any such intention in the operations of Nature.” [7]

 

But what is the real basis of the Darwinian theory concerned with life? The three terms associated wit it are: death and mutual devouring, hunger and conscious desire, the sense of a limited room and capacity and the struggle to increase, to expand, to conquer and to possess. Sri Aurobindo maintains that the three terms death, desire, struggle “are the basis of that status of evolution which the Darwinian theory first made plain to human knowledge. For the phenomenon of death involves in itself a struggle to survive, since death is only the negative term in which Life hides from itself and tempts its own positive being to seek for immortality. The phenomenon of hunger and desire involves a struggle towards a status of satisfaction and security, since desire is only the stimulus by which Life tempts its own positive being to rise out of the negation of unfulfilled hunger towards the full possession of the delight of existence. The phenomenon of limited capacity involves a struggle towards expansion, mastery and possession, the possession of the self and the conquest of the environment, since limitation and defect are only the negation by which Life tempts its own positive being to seek for the perfection of which it is eternally capable. The struggle for life is not only a struggle to survive, it is also a struggle for possession and perfection, since only by taking hold of the environment whether more or less, whether by self-adaptation to it or by adapting it to oneself either by accepting and conciliating it or by conquering and changing it, can survival be secured, and equally is it true that only a greater and greater perfection can assure a continuous permanence, a lasting survival. It is this truth that Darwinism sought to express in the formula of the survival of the fittest.” [8]

 

Here is a poetic essay dealing with evolution we read in Savitri. After describing the first self-view of Matter, which is just a scale and series in the Ignorance, the poet tells us that this is not all we are or all our world; there are possibilities ahead of us:

 

Our greater self of knowledge waits for us,

A supreme light in the truth-conscious Vast:

It sees from summits beyond thinking mind,

It moves in a splendid air transcending life.

It shall descend and make earth’s life divine.

Truth made the world, not a blind Nature-Force.

For here are not our large diviner heights;

Our summits in the superconscient’s blaze

Are glorious with the very face of God:

There is our aspect of eternity,

There is the figure of the god we are,

His young unaging look on deathless things,

His joy in our escape from death and Time,

His immortality and light and bliss.

Our larger being sits behind cryptic walls:

There are greatnesses hidden in our unseen parts

That wait their hour to step into life’s front:

We feel an aid from deep indwelling Gods:

One speaks within, Light comes to us from above.

Our soul from its mysterious chamber acts;

Its influence pressing on our heart and mind

Pushes them to exceed their mortal selves.

It seeks for Good and Beauty and for God;

We see beyond self’s walls our limitless self,

We gaze through our world’s glass at half-seen vasts,

We hunt for the Truth behind apparent things.

Our inner Mind dwells in a larger light,

Its brightness looks at us through hidden doors;

Our members luminous grow and Wisdom’s face

Appears in the doorway of the mystic ward:

When she enters into our house of outward sense,

Then we look up and see, above, her sun.

A mighty life-self with its inner powers

Supports the dwarfish modicum we call life;

It can graft upon our crawl two puissant wings.

Our body’s subtle self is throned within

In its viewless palace of veridical dreams

That are bright shadows of the thoughts of God.

In the prone obscure beginnings of the race

The human grew in the bowed apelike man.

He stood erect, a godlike form and force,

And a soul's thoughts looked out from earthborn eyes;

Man stood erect, he wore the thinker’s brow:

He looked at heaven and saw his comrade stars;

A vision came of beauty and greater birth

Slowly emerging from the heart’s chapel of light

And moved in a white lucent air of dreams.

He saw his being's unrealised vastnesses,

He aspired and housed the nascent demi-god.

Out of the dim recesses of the self

The occult seeker into the open came:

He heard the far and touched the intangible,

He gazed into the future and the unseen;

He used the powers earth-instruments cannot use,

A pastime made of the impossible;

He caught up fragments of the Omniscient’s thought,

He scattered formulas of omnipotence.

Thus man in his little house made of earth’s dust

Grew towards an unseen heaven of thought and dream

Looking into the vast vistas of his mind

On a small globe dotting infinity.

At last climbing a long and narrow stair

He stood alone on a high roof of things

And saw the light of a spiritual sun.

Aspiring he transcends his earthly self;

He stands in the largeness of his soul new-born

Redeemed from encirclement by mortal things

And moves in a pure free spiritual realm…

A last end of far lines of divinity,

He mounts by a frail thread to his high source;

He reaches his fount of immortality,

He calls the Godhead into his mortal life. [9]

 

If the hard core of materialism is in the admission of inconscient Self and somnambulist Force alone, and nothing else, then to see our self of greater knowledge waiting on us, to imagine that it shall descend and make earth’s life divine, is beyond it; it may even be ineffective to talk about it to it. Again, the same age-old reason-versus-religion conflict will arise and plague us evermore. But the occult seeker unmindful all these debates and oppositions moves on and makes it possible for the Godhead to enter into this mortal life.

 

The kind of science we have today is human knowledge for human use and in that respect it has done something astounding. In it is the power of empirical rationalism at its best. But its empiricism is always limited by the physical tools it uses. Naturally, its scope and its understanding get limited by them. And then it has made reason as its primary mode of comprehension. Its progress is also the progress of reason. It has become refined, subtle, swift; it has provided solidity derived from objectivity, made the foundation secure. In the process it has also opened itself out more and more to higher intuition although it may not be aware of it. Which means, there is a hope also. It may not be able to receive direct spiritual light but it can well live in its bright ambiance that can liberate it from the constraints of thought itself. If this happens, it will be able to recognise the true sense of evolution, which is essentially the evolution of consciousness in the material creation.

 

“A spiritual evolution, an evolution of consciousness in Matter in a constant developing self-formation till the form can reveal the indwelling Spirit, is… the central significant motive of the terrestrial existence,” writes Sri Aurobindo. “This significance is concealed at the outset by the involution of the Spirit, the Divine Reality, in a dense material Inconscience; a veil of Inconscience, a veil of insensibility of Matter hides the universal Consciousness-Force which works within it, so that the Energy, which is the first form the Force of creation assumes in the physical universe, appears to be itself inconscient and yet does the works of a vast occult Intelligence. The obscure mysterious creatrix ends indeed by delivering the secret consciousness out of its thick and tenebrous prison... At first she houses herself in forms of Matter which appear to be altogether unconscious, then struggles towards mentality in the guise of living Matter and attains to it imperfectly in the conscious animal. This consciousness is at first rudimentary, mostly a half subconscious or just conscious instinct; it develops slowly till in more organised forms of living Matter it reaches its climax of intelligence and exceeds itself in Man, the thinking animal who develops into the reasoning mental being... hampered and burdened, mental man has still to evolve out of himself the fully conscious being, a divine manhood or a spiritual and supramental supermanhood which shall be the next product of the evolution. That transition will mark the passage from the evolution in the Ignorance to a greater evolution in the Knowledge, founded and proceeding in the light of the Superconscient and no longer in the darkness of the Ignorance and Inconscience. This terrestrial evolutionary working of Nature… has a double process: there is an outward visible process of physical evolution with birth as its machinery… there is, at the same time, an invisible process of soul evolution with rebirth into ascending grades of form and consciousness as its machinery. The first by itself would mean only a cosmic evolution; for the individual would be a quickly perishing instrument, and the race, a more abiding collective formulation, would be the real step in the progressive manifestation of the cosmic Inhabitant, the universal Spirit.” [10]

 

 


References

[1] On Education, CWM, Vol. 12, pp. 86-87

[2] Ibid.

[3] Ibid., p. 284

[4] Notes on the Way, pp. 95-98

[5] Letters on Yoga, p. 340

[6] The Life Divine, pp. 55-56

[7] Ibid., pp. 830-31

[8] Ibid., p. 199

[9] Savitri, pp. 484-86; see also pp. 477-78

[10] The Life Divine, pp. 824-26