Greatest Scientific Quotes

The greatest scientific discovery was the discovery of ignorance. Once humans realised how little they knew about the world, they suddenly had a very good reason to seek new knowledge, which opened up the scientific road to progress.

The greatest scientific discovery was the discovery of ignorance.

Darwinism by itself did not produce the Holocaust, but without Darwinism... neither Hitler nor his Nazi followers would have had the necessary scientific underpinnings to convince themselves and their collaborators that one of the worlds greatest atrocities was really morally praiseworthy.

I want to pause here and talk about this notion of consensus, and the rise of what has been called consensus science. I regard consensus science as an extremely pernicious development that ought to be stopped cold in its tracks. Historically, the claim of consensus has been the first refuge of scoundrels; it is a way to avoid debate by claiming that the matter is already settled. Whenever you hear the consensus of scientists agrees on something or other, reach for your wallet, because you're being had. Let's be clear: the work of science has nothing whatever to do with consensus. Consensus is the business of politics. Science, on the contrary, requires only one investigator who happens to be right, which means that he or she has results that are verifiable by reference to the real world. In science consensus is irrelevant. What is relevant is reproducible results. The greatest scientists in history are great precisely because they broke with the consensus. There is no such thing as consensus science. If it's consensus, it isn't science. If it's science, it isn't consensus. Period.

It is time we admitted, from kings and presidents on down, that there is no evidence that any of our books was authored by the Creator of the universe. The Bible, it seems certain, was the work of sand-strewn men and women who thought the earth was flat and for whom a wheelbarrow would have been a breathtaking example of emerging technology. To rely on such a document as the basis for our worldview-however heroic the efforts of redactors- is to repudiate two thousand years of civilizing insights that the human mind has only just begun to inscribe upon itself through secular politics and scientific culture. We will see that the greatest problem confronting civilization is not merely religious extremism: rather, it is the larger set of cultural and intellectual accommodations we have made to faith itself.

He wrested the world's whereabouts from the stars, and locked the secret in a pocket watch.

The greatest scientific discovery was the discovery of ignorance. Once humans realised how little they knew about the world, they suddenly had a very good reason to seek new knowledge, which opened up the scientific road to progress. With

When we consider the magnitude and extent of his discoveries and their influence on the progress of science and of industry, there is no honour too great to pay to the memory of Faraday, one of the greatest scientific discoverers of all time.

It was my good fortune to be linked with Mme. Curie through twenty years of sublime and unclouded friendship. I came to admire her human grandeur to an ever growing degree. Her strength, her purity of will, her austerity toward herself, her objectivity, her incorruptible judgement— all these were of a kind seldom found joined in a single individual... The greatest scientific deed of her life—proving the existence of radioactive elements and isolating them—owes its accomplishment not merely to bold intuition but to a devotion and tenacity in execution under the most extreme hardships imaginable, such as the history of experimental science has not often witnessed.

The greatest hunger in life is not for food, money, success, status, security, sex, or even love from the opposite sex. Time and again people have achieved all these things and wound up still feeling dissatisfied- indeed, often more dissatisfied than when they began. The deepest hunger in life is a secret that is revealed only when a person is willing to unlock a hidden part of the self. In the ancient traditions of wisdom, this quest has been likened to diving for the most precious pearl in existence, a poetic way of saying that you have to swim far out beyond shallow waters, plunge deep into yourself, and search patiently until the pearl beyond price is found. The pearl is also called essence, the breath of god, the water of life…labels for what we, in our more prosaic scientific age, would simply call TRANSFORMATION.

Sometimes the greatest scientific breakthroughs happen because someone ignores the prevailing pessimism.

There are no defenders of man’s mind—in the world’s greatest scientific-technological civilization. All that is left is a battle between the mystics of spirit and the mystics of muscle—between men guided by their feelings and men guided by their reflexes.

Either god exists or it doesn’t exist. If a god does exist, it either interacts with the universe in some detectable way or it doesn’t. If it doesn’t, that god is indistinguishable from a non-existent god. That only leaves a god who interacts with the universe in some detectable way. But if science, which is the greatest realization of the use of our senses to, you know, detect things, hasn’t found this god, that doesn’t say much for individuals. In short, the god you’ve created is, in fact, undetectable by science. The limits of science are not the province of religious knowledge. Where science is ignorant, so is religion. The only difference is that religion lacks the integrity of science.

The peculiar predicament of the present-day self surely came to pass as a consequence of the disappointment of the high expectations of the self as it entered the age of science and technology. Dazzled by the overwhelming credentials of science, the beauty and elegance of the scientific method, the triumph of modern medicine over physical ailments, and the technological transformation of the very world itself, the self finds itself in the end disappointed by the failure of science and technique in those very sectors of life which had been its main source of ordinary satisfaction in past ages. As John Cheever said, the main emotion of the adult Northeastern American who has had all the advantages of wealth, education, and culture is disappointment. Work is disappointing. In spite of all the talk about making work more creative and self-fulfilling, most people hate their jobs, and with good reason. Most work in modern technological societies is intolerably dull and repetitive. Marriage and family life are disappointing. Even among defenders of traditional family values, e.g., Christians and Jews, a certain dreariness must be inferred, if only from the average time of TV viewing. Dreary as TV is, it is evidently not as dreary as Mom talking to Dad or the kids talking to either. School is disappointing. If science is exciting and art is exhilarating, the schools and universities have achieved the not inconsiderable feat of rendering both dull. As every scientist and poet knows, one discovers both vocations in spite of, not because of, school. It takes years to recover from the stupor of being taught Shakespeare in English Lit and Wheatstone's bridge in Physics. Politics is disappointing. Most young people turn their backs on politics, not because of the lack of excitement of politics as it is practiced, but because of the shallowness, venality, and image-making as these are perceived through the media--one of the technology's greatest achievements. The churches are disappointing, even for most believers. If Christ brings us new life, it is all the more remarkable that the church, the bearer of this good news, should be among the most dispirited institutions of the age. The alternatives to the institutional churches are even more grossly disappointing, from TV evangelists with their blown-dry hairdos to California cults led by prosperous gurus ignored in India but embraced in La Jolla. Social life is disappointing. The very franticness of attempts to reestablish community and festival, by partying, by groups, by club, by touristy Mardi Gras, is the best evidence of the loss of true community and festival and of the loneliness of self, stranded as it is as an unspeakable consciousness in a world from which it perceives itself as somehow estranged, stranded even within its own body, with which it sees no clear connection. But there remains the one unquestioned benefit of science: the longer and healthier life made possible by modern medicine, the shorter work-hours made possible by technology, hence what is perceived as the one certain reward of dreary life of home and the marketplace: recreation. Recreation and good physical health appear to be the only ambivalent benefits of the technological revolution.

Suddenly I began to find a strange meaning in old fairy-tales; woods, rivers, mountains, became living beings; mysterious life filled the night; with new interests and new expectations I began to dream again of distant travels; and I remembered many extraordinary things that I had heard about old monasteries. Ideas and feelings which had long since ceased to interest me suddenly began to assume significance and interest. A deep meaning and many subtle allegories appeared in what only yesterday had seemed to be naive popular fantasy or crude superstition. And the greatest mystery and the greatest miracle was that the thought became possible that death may not exist, that those who have gone may not have vanished altogether, but exist somewhere and somehow, and that perhaps I may see them again. I have become so accustomed to think "scientifically" that I am afraid even to imagine that there may be something else beyond the outer covering of life. I feel like a man condemned to death, whose companions have been hanged and who has already become reconciled to the thought that the same fate awaits him; and suddenly he hears that his companions are alive, that they have escaped and that there is hope also for him. And he fears to believe this, because it would be so terrible if it proved to be false, and nothing would remain but prison and the expectation of execution.

[Real scientist are delighted when they find out they are wrong. And to me that is one of the greatest gifts that a scientific education can bring.] There are too many people in this world who want to be right. And too few who just want to know.

One degree of longitude equals four minutes of time the world over, but in terms of distance, one degree shrinks from sixty-eight miles at the Equator to virtually nothing at the poles.

Newton was born on Christmas Day, 1642, so tiny that, as his mother told him years later, he would have fit into a quart mug. Sickly, feeling abandoned by his parents, quarrelsome, unsociable, a virgin to the day he died, Isaac Newton was perhaps the greatest scientific genius who ever lived.

It is a great adventure to contemplate the universe, beyond man, to contemplate what it would be like without man, as it was in a great part of its long history and as it is in a great majority of places. When this objective view is finally attained, and the mystery and majesty of matter are fully appreciated, to then turn the objective eye back on man viewed as matter, to view life as part of this universal mystery of greatest depth, is to sense an experience which is very rare, and very exciting. It usually ends in laughter and a delight in the futility of trying to understand what this atom in the universe is, this thing—atoms with curiosity—that looks at itself and wonders why it wonders. Well, these scientific views end in awe and mystery, lost at the edge in uncertainty, but they appear to be so deep and so impressive that the theory that it is all arranged as a stage for God to watch man's struggle for good and evil seems inadequate. Some will tell me that I have just described a religious experience. Very well, you may call it what you will. Then, in that language I would say that the young man's religious experience is of such a kind that he finds the religion of his church inadequate to describe, to encompass that kind of experience. The God of the church isn't big enough.

A Three pronged test for any belief: Can it be verified by the sights and senses of common people? How is it to be applied? Will it benefit the greatest number? from Against Fate

With his marine clocks, John Harrison tested the waters of space-time. He succeeded, against all odds, in using the fourth—temporal—dimension to link points on the three-dimensional globe. He wrested the world’s whereabouts from the stars, and locked the secret in a pocket watch.

The zero-degree parallel of latitude is fixed by the laws of nature, while the zero-degree meridian of longitude shifts like the sands of time.

[Alexander von Humboldt was the] greatest scientific traveller who ever lived.

The insane human mind is the greatest scientific instrument known to mankind.

Insofar as he makes use of his healthy senses, man himself is the best and most exact scientific instrument possible. The greatest misfortune of modern physics is that its experiments have been set apart from man, as it were, physics refuses to recognize nature in anything not shown by artificial instruments, and even uses this as a measure of its accomplishments.

The rules of scientific investigation always require us, when we enter the domains of conjecture, to adopt that hypothesis by which the greatest number of known facts and phenomena may be reconciled.

My main reason for scepticism about the Huxley/Sagan theory is that the human brain is demonstrably eager to see faces in random patterns, as we know from scientific evidence, on top of the numerous legends about faces of Jesus, or the Virgin Mary, or Mother Teresa, being seen on slices of toast, or pizzas, or patches of damp on a wall. This eagerness is enhanced if the pattern departs from randomness in the specific direction of being symmetrical.

Time is to clock as mind is to brain. The clock or watch somehow contains the time. And yet time refuses to be bottled up like a genie stuffed in a lamp. Whether it flows as sand or turns on wheels within wheels, time escapes irretrievably, while we watch. Even when the bulbs of the hourglass shatter, when darkness withholds the shadow from the sundial, when the mainspring winds down so far that the clock hands hold still as death, time itself keeps on. The most we can hope a watch to do is mark that progress. And since time sets its own tempo, like a heartbeat or an ebb tide, timepieces don't really keep time. They just keep up with it, if they're able.

You know, it’s interesting. Children learn much more, far more quickly than adults. Do you know why that is?” Elizabeth assumed there was some scientific explanation for it, but shook her head. “Because they’re open-minded. Because they want to know and they want to learn. Adults”—he shook his head sadly—“think they know it all. They grow up and forget so easily instead of opening their minds, they choose what to believe and what not to believe. You can’t make a choice on things like that, you either believe or you don’t. That’s why their learning is slower. They are more cynical, they lose faith, and they only demand to know things that will help them get by day by day. They’ve no interest in the extras. But, Elizabeth,” he said, his voice a loud whisper, eyes wide and sparkling, and Elizabeth shivered as goose pimples rose on her arms. She felt as if he were sharing the world’s greatest secret with her. “It’s the extras that make life.” “That make life what?” she whispered. He smiled. “That make life.” Elizabeth swallowed the lump in her throat. “That’s it?” Ivan smiled. “What do you mean, that’s it? How much more can you get than life, how much more can you ask for than life? That’s the gift. Life is everything, and you haven’t lived it properly until you believe.

[The ceremonial key to the city of Padua] is engraved with a quote from Galileo that is also on display at the physics department of the university...'I deem it of more value to find out a truth about however light a matter than to engage in long disputes about the greatest questions without achieving any truth.

At that moment there was no need of any scientific knowledge to understand his communication of reassurance. The soft pressure of his fingers spoke to me not through my intellect but through a more primitive emotional channel: the barrier of untold centuries which has grown up during the separate evolution of man and chimpanzee was, for those few seconds, broken down. It was a reward far beyond my greatest hopes.

In the wake of the Longitude Act, the concept of “discovering the longitude” became a synonym for attempting the impossible.

Any clock that can track this sideral schedule proves itself as perfect as God's magnificent clockwork. Dava Sobel

Our greatest invention in the past 200 years was not a particular gadget or tool but the invention of the scientific process itself.

But you haven't tried. You haven't tried once. First you refused to admit that there was a menace at all! Then you reposed an absolutely blind faith in the Emperor! Now you've shifted it to Hari Seldon. Throughout you have invariably relied on authority or on the past—never on yourselves." His fists balled spasmodically. "It amounts to a diseased attitude—a conditioned reflex that shunts aside the independence of your minds whenever it is a question of opposing authority. There seems no doubt ever in your minds that the Emperor is more powerful than you are, or Hari Seldon Wiser. And that's wrong don't you see?" For some reason, no one cared to answer him. Hardin continued: "It isn't just you. It's the whole Galaxy. Pirenne heard Lord Dorwin's idea of scientific research. Lord Dorwin thought the way to be a good archaeologist was to read all the books on the subject—written by men who were dead for centuries. He thought that the way to solve archaeological puzzles was to weight the opposing authorities. And Pirenne listened and made no objections. Don't you see that there's something wrong with that?" Again the note of near-pleading in his voice. Again no answer. He went on: "And you men and half of Terminus as well are just as bad.. We sit here, considering the Encyclopedia the all-in-all. We consider the greatest end of science is the classification of past data. It is important, but is there no further work to be done? We're receding and forgetting, don't you see? Here in the Periphery they've lost nuclear power. In Gamma Andromeda, a power plant has undergone meltdown because of poor repairs, and the Chancellor of the Empire complains that nuclear technicians are scarce. And the solution? To train new ones? Never! Instead they're to restrict nuclear power." And for the third time: "Don't you see? It's galaxy-wide. It's a worship of the past. It's a deterioration—a stagnation!

So, creatively, I was doubly blessed: constant relocation and parental disharmony. Add to these two gifts the well-established fact that many of the world’s greatest geniuses, both artistic and scientific, have been the product of serious maternal deprivation, and I am forced to the conclusion that if only my mother had been just a little more emotionally inadequate, I could have been HUGE.

We all want to live forever, right? Wrong! Think about watching your family die as you selfishly carry on. Your children aging and passing, your grandchildren, and so on. Think of all of the friends you’ll make but eventually lose. You don’t want that! No! You know the earth is eventually going to be swallowed by the sun, right? And one day you would be present for this greatest of all apocalypses. As fascinating as this event would be, scientifically speaking, this excitement would fade as the pain of thousand-degree flames engulfed your tender body and your aged mind would be so alone in this interminable torture. Does this sound like something you want? We didn't think so. Immortality is stupid. Think before you wish. This message brought to you by DIRECTV.

Scientific Discovery [10w] The greatest scientific discoveries were made looking at the overlooked.

The words that have spurred the greatest scientific breakthroughs are probably not Eureka but gee, that's funny!

The greatest scientific discovery was the discovery of ignorance

Michael Faraday, the son of a Yorkshire blacksmith, was born in south London in 1791. He was self-educated, leaving school at fourteen to become an apprentice bookbinder. He engineered his own lucky break into the world of professional science after attending a lecture in London by the Cornish scientist Sir Humphry Davy in 1811. Faraday sent the notes he had taken at the lecture to Davy, who was so impressed by Faraday’s diligent transcription that he appointed him his scientific assistant. Faraday went on to become a giant of nineteenth-century science, widely acknowledged to have been one of the greatest experimental physicists of all time. Davy is quoted as saying that Faraday was his greatest scientific discovery.

It’s sometimes said that the greatest remaining scientific questions are: What caused the Big Bang? What is the grand unified theory that integrates quantum mechanics and general relativity? And what is the relationship between the mind and the brain, especially regarding conscious experience?

The study of the self will one day prove the master-key to open all philosophical doors, all scientific conundrums, all life’s locked problems. Self is the ultimate—it is the first thing we know as babes; it will be the last thing we shall know as sages. The greatest certainty in knowledge comes only in the sphere of self. We

Two of humanity's greatest technological achievements (Alternating Current and Wireless Communication) were made by Tesla, yet he remains hugely unrecognized outside the scientific and geek circle. So, I hereby propose (to the United Nations) that 10th of July, the birthday of Nikola Tesla be recognized as International Invention Day.

When you explore yourself on the inner plane, you are working with intuition. It’s a common misconception that intuition is at odds with science, but Einstein himself said that what separated him from atheists was that “they cannot hear the music of the spheres.” In truth, science and spirituality both depend upon intuition, for the greatest scientific discoveries are made through creative leaps, rather than by following a linear trail of established facts.

The greatest scientific discovery was the discovery of ignorance. Once humans realised how little they knew about the world, they suddenly had a very good reason to seek new knowledge, which opened up the scientific road to progress

The British Parliament, in its famed Longitude Act of 1714, set the highest bounty of all, naming a prize equal to a king’s ransom (several million dollars in today’s currency) for a “Practicable and Useful” means of determining longitude.

The zero-degree parallel of latitude is fixed by the laws of nature, while the zero-degree meridian of longitude shifts like the sands of time. This difference makes finding latitude child’s play, and turns the determination of longitude, especially at sea, into an adult dilemma—one that stumped the wisest minds of the world for the better part of human history.

the genes of modern-day Africans are a treasure house for all humanity. They possess our species’ greatest reservoir of genetic diversity, of which further study will shed new light on the heredity of the human body and mind. Perhaps the time has come, in light of this and other advances in human genetics, to adopt a new ethic of racial and hereditary variation, one that places value on the whole of diversity rather than on the differences composing the diversity. It would give proper measure to our species’ genetic variation as an asset, prized for the adaptability it provides all of us during an increasingly uncertain future. Humanity is strengthened by a broad portfolio of genes that can generate new talents, additional resistance to diseases, and perhaps even new ways of seeing reality. For scientific as well as for moral reasons, we should learn to promote human biological diversity for its own sake instead of using it to justify prejudice and conflict.

The greatest challenge that has surreptitiously arisen in our age is the challenge of knowledge, indeed, not as against ignorance; but knowledge as conceived and disseminated throughout the world by Western civilization; knowledge whose nature has become problematic because it has lost its true purpose due to being unjustly conceived, and has thus brought about chaos in man's life instead of, and rather than, peace and justice; knowledge which pretends to be real but which is productive of confusion and scepticism, which has elevated doubt and conjecture to the 'scientific' rank in methodology; knowledge which has, for the first time in history, brought chaos to the Three Kingdom of Nature; the animal, vegetal and mineral.

Take Ron Paul. He appeals to a lot of progressives. He said on Fox, 'The greatest hoax I think that has been around for many, many years if not hundreds of years has been this hoax on the environment and global warming.' He doesn't provide any argument or evidence as to why he disregards the scientific consensus--just, I say so, period. With that attitude, you really are approaching the edge.

Earlier maps had underestimated the distances to other continents and exaggerated the outlines of individual nations. Now global dimensions could be set, with authority, by the celestial spheres. Indeed, King Louis XIV of France, confronted with a revised map of his domain based on accurate longitude measurements, reportedly complained that he was losing more territory to his astronomers than to his enemies.

Certainly, one of the greatest achievements of the human intellectual spirit was the Arabic Translation Movement. Over the course of about 100 years, virtually the entire Greek Scientific and philosophical corpus was either translated or summarized into Arabic (McGinnis, 10).

Having established itself securely on shipboard, the chronometer was soon taken for granted, like any other essential thing, and the whole question of its contentious history, along with the name of its original inventor, dropped from the consciousness of the seamen who used it every day.

Today, the latitude and longitude lines govern with more authority than I could have imagined forty-odd years ago, for they stay fixed as the world changes its configuration underneath them—with continents adrift across a widening sea, and national boundaries repeatedly redrawn by war or peace.

To learn one’s longitude at sea, one needs to know what time it is aboard ship and also the time at the home port or another place of known longitude—at that very same moment. The two clock times enable the navigator to convert the hour difference into a geographical separation. Since the Earth takes twenty-four hours to complete one full revolution of three hundred sixty degrees, one hour marks one twenty-fourth of a spin, or fifteen degrees.

However, the Scientific Revolution freed humankind from this conviction. The greatest scientific discovery was the discovery of ignorance. Once humans realised how little they knew about the world, they suddenly had a very good reason to seek new knowledge, which opened up the scientific road to progress

It is an irony of history that the first and greatest success of scientists in persuading governments of the indispensability of modern scientific theory to society was in the war against fascism. It is an even greater and more tragic irony that it was anti-fascist scientists who convinced the American government of the feasibility and necessity of manufacturing nuclear arms, which were then constructed by an international team of largely anti-fascist scientists.

He wrested the world’s whereabouts from the stars, and locked the secret in a pocket watch.

Despite my admiration for scientific knowledge, I am not an adherent of scientism. For scientism dogmatically asserts the authority of scientific knowledge; whereas I do not believe in any authority and have always resisted dogmatism; and I continue to resist it, especially in science. I am opposed to the thesis that the scientist must believe in his theory. As far as I am concerned “I do not believe in belief,” as E. M. Forster says; and I especially do not believe in belief in science. I believe at most that belief has a place in ethics, and even here only in a few instances. I believe, for example, that objective truth is a value — that is, an ethical value, perhaps the greatest value there is — and that cruelty is the greatest evil.

It is almost impossible for contemporaries to judge the true value of discoveries, or to give the proper position to the men of their own time who make these discoveries. The Surgeon-General of the Public Health Service expected the greatest results to flow from his commission of medical officers, but the conclusions of the Board turned out to be all wrong, while he did not notice the report from his own subordinate, Dr. H. R. Carter, which turned out to be pure gold and was one of the great steps in establishing the true method of the transmission of Yellow Fever.

This development is possibly related to the fact that so much of "value" has been absorbed by technology itself. It is "good" to electrify a primitive area. Civilization and even morality are implicit in technological transformation...New techniques are in themselves bien pensant and represent not only rationality but benevolence...Romantic individuals (a mass of them by now) accuse this mass civilization of obstructing their attainment of beauty, nobility, integrity, intensity. I do not want to sneer at the term Romantic. Romanticism guarded the "inspired condition," preserved the poetic, philosophical, and religious teachings...during the greatest and most rapid of transformations, the most accelerated phase of modern scientific and technical transformation.

Galileo essentially started out from where Archimedes left off, proceeding in the same direction as defined by his Greek predecessor. This is true not only of Galileo but also of the other great figures of the so-called “scientific revolution,” such as Leibniz, Huygens, Fermat, Descartes, and Newton. All of them were Archimedes’ children. With Newton, the science of the scientific revolution reached its perfection in a perfectly Archimedean form. Based on pure, elegant first principles and applying pure geometry, Newton deduced the rules governing the universe. All of later science is a consequence of the desire to generalize Newtonian, that is, Archimedean methods.

At the end of the eighteenth century the British philosopher Jeremy Bentham declared that the supreme good is ‘the greatest happiness of the greatest number’, and concluded that the sole worthy aim of the state, the market and the scientific community is to increase global happiness. Politicians should make peace, business people should foster prosperity and scholars should study nature, not for the greater glory of king, country or God – but so that you and I could enjoy a happier life.

You know you can’t expect to observe the animals without changing anything. It’s a scientific impossibility.” “Of course it is,” Malcolm said. “That’s the greatest single scientific discovery of the twentieth century. You can’t study anything without changing it.

A totalitarian society which succeeded in perpetuating itself would probably set up a schizophrenic system of thought, in which the laws of common sense held good in everyday life and in certain exact sciences, but could be disregarded by the politician, the historian, and the sociologist. Already there are countless people who would think it scandalous to falsify a scientific textbook, but would see nothing wrong in falsifying an historical fact. It is at the point where literature and politics cross that totalitarianism exerts its greatest pressure on the intellectual. The exact sciences are not, at this date, menaced to anything like the same extent. This partly accounts for the fact that in all countries it is easier for the scientists than for the writers to line up behind their respective governments.

As the Era of Stagnation began, the Soviet scientific establishment lavished resources on the immediate priorities of the state—space exploration, water diversion, nuclear power—while emergent technologies, including computer science, genetics, and fiber optics, fell behind.

One of my friends compared me to Bruce Banner, due to my work with radiation and human health. So I looked up Bruce Banner and this is what I found: Banner, a physicist, is sarcastic and seemingly very self-assured when he first appears in Incredible Hulk #1, but is also emotionally withdrawn in most fashions...Banner is considered one of the greatest scientific minds on Earth, possessing "a mind so brilliant it cannot be measured on any known intelligence test." He holds expertise in biology, chemistry, engineering, physiology, and nuclear physics.

If the third dimension and perceptions of sacredness are an important part of human nature, then the scientific community should accept religiosity as a normal and healthy aspect of human nature—an aspect that is as deep, important, and interesting as sexuality or language (which we study intensely). Here’s another treasonous thought: If religious people are right in believing that religion is the source of their greatest happiness, then maybe the rest of us who are looking for happiness and meaning can learn something from them, whether or not we believe in God. That’s the topic of the final chapter.

There is something that happens when you know that life is finite: a desire for greatness, for whatever fleeting moments of brilliance you can leave in the world after you're gone. And whether the end of your life is five years away or fifty, the fact that you just don't know is a great motivator for not waiting to begin that thing that could potentially be your legacy. Whether it's a work of art, or a scientific breakthrough, a good deed, or a child, leaving something of yourself for others to experience and remember is sometimes the greatest excuse to live a life that's more than just crossing the distance between birth and death.

I have seen many phases of life; I have moved in imperial circles, I have been a Minister of State; but if I had to live my life again, I would always remain in my laboratory, for the greatest joy of my life has been to accomplish original scientific work, and, next to that, to lecture to a set of intelligent students.

Indeed, this is perhaps the greatest Christian paradox of all—that the world’s most paradoxical religion has cultivated rationalism and scientific rigor more diligently than any of its rivals, making the Christian world safe for philosophy as well as fervor, for the study of nature as well as the contemplation of divinity.

If I ask myself how to judge that this question is more urgent than that, I reply that one judges by the actions it entails. I have never seen anyone die for the ontological argument. Galileo, who held a scientific truth of great importance, abjured it with the greatest ease as soon as it endangered his life. In a certain sense, he did right.

Few exchanges in the history of science have leaped so boldly into the future as this one, which occurred a thousand years ago in a region now often dismissed as a backwater and valued mainly for its natural resources, not its intellectual achievements. We know of it because copies survived in manuscript and were published almost a millennium later. Twenty-eight-year-old Abu Rayhan al-Biruni, or simply Biruni (973–1048), hailed from near the Aral Sea and went on to distinguish himself in geography, mathematics, trigonometry, comparative religion, astronomy, physics, geology, psychology, mineralogy, and pharmacology. His younger counterpart, Abu Ali al-Husayn ibn Sina, or just Ibn Sina (ca. 980–1037), grew up in the stately city of Bukhara, the great seat of learning in what is now Uzbekistan. He was to make his mark in medicine, philosophy, physics, chemistry, astronomy, theology, clinical pharmacology, physiology, ethics, and music theory. When eventually Ibn Sina’s magisterial Canon of Medicine was translated into Latin, it triggered the start of modern medicine in the West and became its Bible: a dozen editions were printed before 1500. Indians used Ibn Sina’s Canon to develop a whole school of medicine that continues today. Many regard Biruni and Ibn Sina together as the greatest scientific minds between antiquity and the Renaissance, if not the modern age.

That’s the greatest single scientific discovery of the twentieth century. You can’t study anything without changing it.” Since Galileo, scientists had adopted the view that they were objective observers of the natural world. That was implicit in every aspect of their behavior, even the way they wrote scientific papers, saying things like “It was observed …” As if nobody had observed it. For three hundred years, that impersonal quality was the hallmark of science. Science was objective, and the observer had no influence on the results he or she described. This objectivity made science different from the humanities, or from religion—fields where the observer’s point of view was integral, where the observer was inextricably mixed up in the results observed. But in the twentieth century, that difference had vanished. Scientific objectivity was gone, even at the most fundamental levels. Physicists now knew you couldn’t even measure a single subatomic particle without affecting it totally. If you stuck your instruments in to measure a particle’s position, you changed its velocity. If you measured its velocity, you changed its position. That basic truth became the Heisenberg uncertainty principle: that whatever you studied you also changed. In the end, it became clear that all scientists were participants in a participatory universe which did not allow anyone to be a mere observer.

Maybe somewhere telepaths walked the Earth, but I wasn't one of them. In the process, I began to realize that the wondrous exploits of telepaths were probably impossible--at least without outside assistance. But in the years that followed, I also slowly learned another lesson: to fathom the greatest secrets in the universe, one did not need telepathic or superhuman abilities. One just had to have an open, determined, and curious mind. In particular, in order to understand whether the fantastic devices of science fiction are possible, you have to immerse yourself in advanced physics. To understand the precise point when the possible becomes the impossible, you have to appreciate and understand the laws of physics.

The scientific enterprise as a whole does from time to time prove useful, open up new territory, display order, and test long-accepted belief. Nevertheless, the individual engaged on a normal research problem is almost never doing any one of these things. Once engaged, his motivation is of a rather different sort. What then challenges him is the conviction that, if only he is skillful enough, he will succeed in solving a puzzle that no one before has solved or solved so well. Many of the greatest scientific minds have devoted all of their professional attention to demanding puzzles of this sort. On most occasions any particular field of specialization offers nothing else to do, a fact that makes it no less fascinating to the proper sort of addict.

These are two different belief systems. There is no reason in the world that the religious have to explain their faith on a scientific basis. It makes no sense. What is needed between science and religion is not a debate but a conversation, each one saying: you're here to stay, and I'm here to stay, so let's find out how our relationship can be of greatest benefit to this world.

His fists balled spasmodically. “It amounts to a diseased attitude—a conditioned reflex that shunts aside the independence of your minds whenever it is a question of opposing authority. There seems no doubt ever in your minds that the Emperor is more powerful than you are, or Hari Seldon wiser. And that’s wrong, don’t you see?” For some reason, no one cared to answer him. Hardin continued: “It isn’t just you. It’s the whole Galaxy. Pirenne heard Lord Dorwin’s idea of scientific research. Lord Dorwin thought the way to be a good archaeologist was to read all the books on the subject—written by men who were dead for centuries. He thought that the way to solve archaeological puzzles was to weigh the opposing authorities. And Pirenne listened and made no objections. Don’t you see that there’s something wrong with that?” Again the note of near-pleading in his voice. Again no answer. He went on: “And you men and half of Terminus as well are just as bad. We sit here, considering the Encyclopedia the all-in-all. We consider the greatest end of science is the classification of past data. It is important, but is there no further work to be done? We’re receding and forgetting, don’t you see? Here in the Periphery they’ve lost nuclear power. In Gamma Andromeda, a power plant has undergone meltdown because of poor repairs, and the Chancellor of the Empire complains that nuclear technicians are scarce. And the solution? To train new ones? Never! Instead they’re to restrict nuclear power.” And for the third time: “Don’t you see? It’s Galaxy-wide. It’s a worship of the past. It’s a deterioration—a stagnation!

the beaches. In literally hundreds of instances, a vessel’s ignorance of her longitude led swiftly to her destruction. Launched on a mix of bravery and greed, the sea captains of the fifteenth, sixteenth, and seventeenth centuries relied on “dead reckoning” to gauge their distance east or west of home port. The captain would throw a log overboard and observe how quickly the ship receded from this temporary guidepost. He noted the crude speedometer reading in his ship’s logbook, along with the direction of travel, which he took from the stars or a compass, and the length of time on a particular course, counted with a sandglass or a pocket watch. Factoring in the effects of ocean currents, fickle winds, and errors in judgment, he then determined his longitude. He routinely missed his mark, of course—searching

Technology, I said before, is most powerful when it enables transitions—between linear and circular motion (the wheel), or between real and virtual space (the Internet). Science, in contrast, is most powerful when it elucidates rules of organization—laws—that act as lenses through which to view and organize the world. Technologists seek to liberate us from the constraints of our current realities through those transitions. Science defines those constraints, drawing the outer limits of the boundaries of possibility. Our greatest technological innovations thus carry names that claim our prowess over the world: the engine (from ingenium, or “ingenuity”) or the computer (from computare, or “reckoning together”). Our deepest scientific laws, in contrast, are often named after the limits of human knowledge: uncertainty, relativity, incompleteness, impossibility. Of all the sciences, biology is the most lawless; there are few rules to begin with, and even fewer rules that are universal. Living beings must, of course, obey the fundamental rules of physics and chemistry, but life often exists on the margins and interstices of these laws, bending them to their near-breaking limit. The universe seeks equilibriums; it prefers to disperse energy, disrupt organization, and maximize chaos. Life is designed to combat these forces. We slow down reactions, concentrate matter, and organize chemicals into compartments; we sort laundry on Wednesdays. “It sometimes seems as if curbing entropy is our quixotic purpose in the universe,” James Gleick wrote. We live in the loopholes of natural laws, seeking extensions, exceptions, and excuses.

In one sense, the dialogue between Job and his friends serves as one of the greatest worship examples in the Bible. Though the five men differed in their understanding of God and his ways, each stayed with the conversation, wrestling with his beliefs, and meanwhile repeatedly extolling God for his greatness, majesty, justice, and mercy. Each man revered him as Creator and ultimate Authority over all creation.

During the closing decades of the eighteenth century, and the opening decades of the nineteenth, a constellation of literary and scientific luminaries appeared in the European sky which indicated and inaugurated the Age of Reason. God was dethroned and Reason became the throned sovereign of philosophy. Now science receives our highest worship. The scientist is the pope of today and sits in the Vatican of world authority. We

There are questions of faith, such as “Does God exist?” There are questions of opinion, such as “Who is the greatest baseball player of all time?” There are debate questions, such as “Should abortion be legal?” And then there are questions that can be answered to a degree of certainty by the application of the scientific method, which are called empirical questions—in other words, those that can be largely settled by the evidence.

Development means a capacity for self-sustaining growth. It means that an economy must register advances which in turn will promote further progress. The loss of industry and skill in Africa was extremely small, if we measure it from the viewpoint of modern scientific achievements or even by the standards of England in the late eighteenth century. However, it must be borne in mind that to be held back at one stage means that it is impossible to go on to a further stage. When a person is forced to leave school after only two years of primary school education, it is no reflection on him that he is academically and intellectually less developed than someone who had the opportunity to be schooled right through to university level. What Africa experienced in the early centuries of trade was precisely a loss of development opportunity, and this is of greatest importance.

philosopher has given a rational, objectively demonstrable, scientific answer to the question of why man needs a code of values. So long as that question remained unanswered, no rational, scientific, objective code of ethics could be discovered or defined. The greatest of all philosophers, Aristotle, did not regard ethics as an exact science; he based his ethical system on observations of what the noble and wise men of his time chose to do, leaving unanswered the questions of: why they chose to do it and why he evaluated them as noble and wise. Most philosophers took the existence of ethics for granted, as the given, as a historical fact, and were not concerned with discovering its metaphysical cause or objective validation. Many of them attempted to break the traditional monopoly of mysticism in the field of ethics and, allegedly, to define a rational, scientific, nonreligious morality. But their attempts consisted of trying to justify them on social grounds,

As a teenager, the future vice president and his sister read and talked about Silent Spring. A happy and vivid memory, Al Gore recalled. Rachel Carson’s picture hangs in his office and her example inspired Gore to write Earth in the Balance.[2] It is one of the most extraordinary books by any democratic politician seeking high elective office, for it constitutes an attack on Western civilisation and a fundamental rejection of two of its greatest accomplishments – the Industrial and Scientific Revolutions.

These fields, which govern the interaction of all subatomic particles, are now called Yang-Mills fields. However, the puzzle that has stumped physicists within this century is why the subatomic field equations look so vastly different from the field equations of Einstein-that is, why the nuclear force seems so different from gravity. Some of the greatest minds in physics have tackled this problem, only to fail. Perhaps the reason for their failure is that they were trapped by common sense. Confined to three or four dimensions, the field equations of the subatomic world and gravitation are difficult to unify. The advantage of the hyperspace theory is that the Yang-Mills field, Maxwell's field, and Einstein's field can all be placed comfortably within the hyperspace field. We see that these fields fit together precisely within the hyperspace field like pieces in a jig-saw puzzle. The other advantage of field theory is that it allows us to calculate the precise energies at which we can expect space and time to foem wormholes.

Newton grew impatient. It was clear to him now that any hope of settling the longitude matter lay in the stars. The lunar distance method that had been proposed several times over preceding centuries gained credence and adherents as the science of astronomy improved. Thanks to Newton’s own efforts in formulating the Universal Law of Gravitation, the moon’s motion was better understood and to some extent predictable. Yet the world was still waiting on Flamsteed to finish surveying the stars. Flamsteed, meticulous to a fault, had spent forty years mapping the heavens—and had still not released his data. He kept it all under seal at Greenwich.

Most significantly, the Middle Ages laid the foundation for the greatest achievement of western civilisation, modern science. It is simply untrue to say that there was no science before the ‘Renaissance’. Once medieval scholars got their hands on the work of the classical Greeks, they developed systems of thought that allowed science to travel far further than it had in the ancient world. Universities, where academic freedom was guarded from royal interference, were first founded in the twelfth century. These institutions have always provided scientific research with a safe home. Even Christian theology turned out to be uniquely suited to encouraging the study of the natural world, because this was believed to be God’s creation.

The old God, wholly “spirit,” wholly the high-priest, wholly perfect, is promenading his garden: he is bored and trying to kill time. Against boredom even gods struggle in vain.[21] What does he do? He creates man—man is entertaining.... But then he notices that man is also bored. God’s pity for the only form of distress that invades all paradises knows no bounds: so he forthwith creates other animals. God’s first mistake: to man these other animals were not entertaining—he sought dominion over them; he did not want to be an “animal” himself.—So God created woman. In the act he brought boredom to an end—and also many other things! Woman was the second mistake of God.—“Woman, at bottom, is a serpent, Heva”—every priest knows that; “from woman comes every evil in the world”— every priest knows that, too. Ergo, she is also to blame for science.... It was through woman that man learned to taste of the tree of knowledge.—What happened? The old God was seized by mortal terror. Man himself had been his greatest blunder; he had created a rival to himself; science makes men godlike—it is all up with priests and gods when man becomes scientific!—Moral: science is the forbidden per se; it alone is forbidden. Science is the first of sins, the germ of all sins, the original sin. This is all there is of morality.—“Thou shall not know”:—the rest follows from that.—God’s mortal terror, however, did not hinder him from being shrewd. How is one to protect one’s self against science? For a long while this was the capital problem. Answer: Out of paradise with man! Happiness, leisure, foster thought—and all thoughts are bad thoughts!—Man must not think.—And so the priest invents distress, death, the mortal dangers of childbirth, all sorts of misery, old age, decrepitude, above all, sickness—nothing but devices for making war on science! The troubles of man don’t allow him to think.... Nevertheless—how terrible!—, the edifice of knowledge begins to tower aloft, invading heaven, shadowing the gods—what is to be done?—The old God invents war; he separates the peoples; he makes men destroy one another (—the priests have always had need of war....). War—among other things, a great disturber of science!—Incredible! Knowledge, deliverance from the priests, prospers in spite of war.—So the old God comes to his final resolution: “Man has become scientific—there is no help for it: he must be drowned!”...

The critical infrastructure of Indigenous worlds is, fundamentally, about responsibility and being a good relative. But our responsibilities do not happen only in the realm of political transformation. Caretaking, which we address in the introduction and in Part III, is the basis, too, for vibrant economies that must work fluidly with political structures to reinforce the world we seek to build beyond capitalism. We must thus have faith in our own forms of Indigenous political economy, the critical infrastructures that Huson speaks of so eloquently. We must rigorously study, theorize, enact, and experiment with these forms. While it covers ambitious terrain, The Red Deal at its base provides a program for study, theorization, action, and experimentation. But we must do the work. And the cold, hard truth is that we must not only be willing to do the work on a small scale whenever it suits us—in our own lives, in our families, or even in The Red Nation. We must be willing, as our fearless Wet’suwet’en relatives have done, to enforce these orders on a large scale. In conversation, our The Red Nation comrade Nick Estes stated, “I don’t want to just honor the treaties. I want to enforce them.” We can and should implement these programs in our own communities to alleviate suffering and protect what lands we are still able to caretake under colonial rule. To survive extinction, however, we must enforce Indigenous orders in and amongst those who have made it clear they will not stop their plunder until we are all dead. Settler and imperial nations, military superpowers, multinational corporations, and members of the ruling class are enemies of the Earth and the greatest danger to our future. How will we enforce Indigenous political, scientific, and economic orders to successfully prevent our mass ruin? This is the challenge we confront and pose in The Red Deal, and it is the challenge that all who take up The Red Deal must also confront.

Knowledge consists in the search for truth — the search for objectively true, explanatory theories. It is not the search for certainty. To err is human. All human knowledge is fallible and therefore uncertain. It follows that we must distinguish sharply between truth and certainty. That to err is human means not only that we must constantly struggle against error, but also that, even when we have taken the greatest care, we cannot be completely certain that we have not made a mistake… To combat the mistake, the error, means therefore to search for objective truth and to do everything possible to discover and eliminate falsehoods. This is the task of scientific activity. Hence we can say: our aim as scientists is objective truth; more truth, more interesting truth, more intelligible truth. We cannot reasonably aim at certainty.... Since we can never know anything for sure, it is simply not worth searching for certainty; but it is well worth searching for truth; and we do this chiefly by searching for mistakes, so that we can correct them.

But what separates human consciousness from the consciousness of animals? Humans are alone in the animal kingdom in understanding the concept of tomorrow. Unlike animals, we constantly ask ourselves “What if?” weeks, months, and even years into the future, so I believe that Level III consciousness creates a model of its place in the world and then simulates it into the future, by making rough predictions. We can summarize this as follows: Human consciousness is a specific form of consciousness that creates a model of the world and then simulates it in time, by evaluating the past to simulate the future. This requires mediating and evaluating many feedback loops in order to make a decision to achieve a goal. By the time we reach Level III consciousness, there are so many feedback loops that we need a CEO to sift through them in order to simulate the future and make a final decision. Accordingly, our brains differ from those of other animals, especially in the expanded prefrontal cortex, located just behind the forehead, which allows us to “see” into the future. Dr. Daniel Gilbert, a Harvard psychologist, has written, “The greatest achievement of the human brain is its ability to imagine objects and episodes that do not exist in the realm of the real, and it is this ability that allows us to think about the future. As one philosopher noted, the human brain is an ‘anticipation machine,’ and ‘making the future’ is the most important thing it does.” Using brain scans, we can even propose a candidate for the precise area of the brain where simulation of the future takes place. Neurologist Michael Gazzaniga notes that “area 10 (the internal granular layer IV), in the lateral prefrontal cortex, is almost twice as large in humans as in apes. Area 10 is involved with memory and planning, cognitive flexibility, abstract thinking, initiating appropriate behavior, and inhibiting inappropriate behavior, learning rules, and picking out relevant information from what is perceived through the senses.” (For this book, we will refer to this area, in which decision making is concentrated, as the dorsolateral prefrontal cortex, although there is some overlap with other areas of the brain.)

So they went on being brilliant and accomplished enough to stand out, but normal enough to get along. They were old enough to have learned a great deal, but young enough to endure the physical rigors of the work. They were driven enough to excel, but relaxed enough to socialize. And they were crazy enough to want to leave Earth forever, but sane enough to disguise this fundamental madness, in fact defend it as pure rationality, scientific curiosity or something of the sort—which seemed to be the only acceptable reason for wanting to go, and so naturally they claimed to be the most scientifically curious people in history! But of course there had to be more to it than that. They had to be alienated somehow, alienated and solitary enough not to care about leaving everyone they had known behind forever—and yet still connected and social enough to get along with all their new acquaintances in Wright Valley, with every member of the tiny village that the colony would become. Oh, the double binds were endless! They were to be both extraordinary and extra ordinary, at one and the same time. An impossible task, and yet a task that was an obstacle to their heart’s greatest desire; making it the very stuff of anxiety, fear, resentment, rage. Conquering all those stresses …

The limitation of consciousness in space and time is such an overwhelming reality that every occasion when this fundamental truth is broken through must rank as an event of the highest theoretical significance, for it would prove that the space- time barrier can be annulled. The annulling factor would then be the psyche, since space-time would attach to it at most as a relative and conditioned quality. Under certain conditions it could even break through the barriers of space and time precisely because of a quality essential to it, that is, its relatively trans- spatial and trans-temporal nature. This possible transcendence of space-time, for which it seems to me there is a good deal of evidence, is of such incalculable import that it should spur the spirit of research to the greatest effort. Our present development of consciousness is, however, so backward that in general we still lack the scientific and intellectual equipment for adequately evaluating the facts of telepathy so far as they have bearing on the nature of the psyche. I have referred to this group of phenomena merely in order to point out that the psyche’s attachment to the brain, i.e., its space-time limitation, is no longer as self-evident and incontrovertible as we have hitherto been led to believe.

We took perhaps the greatest step in the inner order. Everything else in innumerable areas is now connected to it. And here I’d like to return to the starting point of my remarks, namely, to the concept of “worldview”. I said that worldview is nothing more than the consideration of the entire world in its phenomena from a uniform standpoint of the latest scientific discoveries, serious discoveries. And I went after all other problems in the same way. We solved our economic questions, gentlemen, when all the so-called experts claimed they couldn’t be solved. We solved our cultural problems. What didn’t they say earlier! They said, “What? You want to eliminate the Jews? Ha ha! Then you won’t have any more money, you won’t have any more gold”. As if the Jews were a gold-producing element! Gold only has any meaning when it represents value. Values are not created by Jews, but rather, by people who have invented valuable things, or produced them. The Jew simply inserts himself between the inventor or producer and the consumer. He is a valve that restricts the flow. I built a valve which can cut off the flow when needed or let it flow again, at will. When I was young I often went to the German Museum in Munich. That was the first great technical museum at that time. I had a tremendous interest in it – almost the entire inventiveness of the human race is represented there. What was ever invented by Jews? The Jews, who rule everything, the whole economic system, our industrial life, they rule everything! – What did they ever invent? Where are the Jewish inventors? There’s not a single one there! Not one! You can raise the same question in cultural life. People have said to me, “So when you kick out the Jews, you can say goodbye to the theatre! But who really founded our culture? Was it the Jews? Who were our Jewish composers? Who were our great poets? Were our great thinkers [illegible] Jews, perhaps? How do the Jews suddenly succeed in inserting themselves into the production of the same goods that were created by the greatest Germans, or the discoveries that originated with the greatest Germans? Experiment showed that I was right. I removed the Jews; German theatres are full as never before. German film is flowering as never before. German literature, the German press, is being read as never before, better than ever before. Much better! We swept away vulgarities in innumerable fields, without ever falling victim to a prudery of the past. Since here we know a principle, namely, the maintenance of our race, our species. Everything that serves this principle is correct. Everything that detracts from it is wrong. The Führer's talk to Generals and Officers on May 26, 1944 at the Platterhof in Obersaltzberg

Although Dyatlov, Shift Foreman Akimov, and Senior Reactor Control Engineer Toptunov had violated some operating regulations, they were ignorant of the deadly failing of the RBMK-1000 that meant that insertion of the control rods, instead of shutting down the reactor at the end of the test, could initiate a runaway chain reaction. Every one of the investigators behind the report now agreed that the fatal power surge that destroyed the reactor had begun with the entry of the rods into its core. ‘Thus the Chrnobyl accident comes within the standard pattern of most severe accidents in the world. It begins with an accumulation of small breaches of the regulations. … These produce a set of undesirable properties and occurrences that, when taken separately, do not seem to be particularly dangerous, but finally an initiating event occurs that, in this particular case, was the subjective actions of the personnel that allowed the potentially destructive and dangerous qualities of the reactor to be released.’ IAEA experts revealed at last the true magnitude of the technical cover-up surrounding the causes of the disaster: the long history of previous RBMK accidents, the dangerous design of the reactor, its instability, and the way its operators had been misled about its behavior. In dense scientific detail, it described the inherent problems of the positive void coefficient and the fatal consequences of the control rod ‘tip’ effect. (pp. 347-348)

It should be clear by now that whatever Americans say about diversity, it is not a strength. If it were a strength, Americans would practice it spontaneously. It would not require “diversity management” or anti-discrimination laws. Nor would it require constant reminders of how wonderful it is. It takes no exhortations for us to appreciate things that are truly desirable: indoor plumbing, vacations, modern medicine, friendship, or cheaper gasoline. [W]hen they are free to do so, most people avoid diversity. The scientific evidence suggests why: Human beings appear to have deeply-rooted tribal instincts. They seem to prefer to live in homogeneous communities rather than endure the tension and conflict that arise from differences. If the goal of building a diverse society conflicts with some aspect of our nature, it will be very difficult to achieve. As Horace wrote in the Epistles, “Though you drive Nature out with a pitchfork, she will ever find her way back.” Some intellectuals and bohemians profess to enjoy diversity, but they appear to be a minority. Why do we insist that diversity is a strength when it is not? In the 1950s and 1960s, when segregation was being dismantled, many people believed full integration would be achieved within a generation. At that time, there were few Hispanics or Asians but with a population of blacks and whites, the United States could be described as “diverse.” It seemed vastly more forward-looking to think of this as an advantage to be cultivated rather than a weakness to be endured. Our country also seemed to be embarking on a morally superior course. Human history is the history of warfare—between nations, tribes, and religions —and many Americans believed that reconciliation between blacks and whites would lead to a new era of inclusiveness for all peoples of the world. After the immigration reforms of 1965 opened the United States to large numbers of non- Europeans, our country became more diverse than anyone in the 1950s would have imagined. Diversity often led to conflict, but it would have been a repudiation of the civil rights movement to conclude that diversity was a weakness. Americans are proud of their country and do not like to think it may have made a serious mistake. As examples of ethnic and racial tension continued to accumulate, and as the civil rights vision of effortless integration faded, there were strong ideological and even patriotic reasons to downplay or deny what was happening, or at least to hope that exhortations to “celebrate diversity” would turn what was proving to be a problem into an advantage. To criticize diversity raises the intolerable possibility that the United States has been acting on mistaken assumptions for half a century. To talk glowingly about diversity therefore became a form of cheerleading for America. It even became common to say that diversity was our greatest strength—something that would have astonished any American from the colonial era through the 1950s. There is so much emotional capital invested in the civil-rights-era goals of racial equality and harmony that virtually any critique of its assumptions is intolerable. To point out the obvious— that diversity brings conflict—is to question sacred assumptions about the ultimate insignificance of race. Nations are at their most sensitive and irrational where they are weakest. It is precisely because it is so easy to point out the weaknesses of diversity that any attempt to do so must be countered, not by specifying diversity’s strengths—which no one can do—but with accusations of racism.

We receive a fatal imprint in childhood, at the time of our greatest plasticity, of our passive impressionism, of our helplessness before suggestion. In no period has the role of the parents loomed as immense, because we have recognized the determinism, but at the same time an exaggeration in the size of the Enormous Parent does not need to be permanent and irretrievable. The time has come when, having completed the scientific study of the importance of parents, we now must re-establish our power to revoke their imprint, to reverse our patterns, to kill our fatal downward tendencies. We do not remain smaller in suture than our parents. Nature had intended them to shrink progressively in our eyes to human proportions while we reach for our own maturity. Their fallibilities, their errors, their weaknesses were intended to develop our own capacity for parenthood. We were to discover their human weakness not to overwhelm or humiliate them, but to realize the difficulty of their task and awaken our own human protectiveness toward their failures or a respect for their partial achievement. But to place all responsibilities upon them is wrong too. If they gave us handicaps, they also gave us their courage, their obstinacy, their sacrifices, their moments of strength. We cannot forever await from them the sanction to mature, to impose on them our own truths, to resist or perhaps defeat them in our necessity to gain strength. We cannot always place responsibility outside of ourselves, on parents, nations, the world, society, race, religion. Long ago it was the gods. If we accepted a part of this responsibility we would simultaneously discover our strength. A handicap is not permanent. We are permitted all the fluctuations, metamorphoses which we all so well understand in our scientific studies of psychology. Character has ceased to be a mystery and we can no longer refuse our responsibility with the excuse that this is an unformed, chaotic, eyeless, unpredictable force which drives, tosses, breaks us at will.