Biology Small Quotes

A poet once said, 'The whole universe is in a glass of wine.' We will probably never know in what sense he meant it, for poets do not write to be understood. But it is true that if we look at a glass of wine closely enough we see the entire universe. There are the things of physics: the twisting liquid which evaporates depending on the wind and weather, the reflection in the glass; and our imagination adds atoms. The glass is a distillation of the earth's rocks, and in its composition we see the secrets of the universe's age, and the evolution of stars. What strange array of chemicals are in the wine? How did they come to be? There are the ferments, the enzymes, the substrates, and the products. There in wine is found the great generalization; all life is fermentation. Nobody can discover the chemistry of wine without discovering, as did Louis Pasteur, the cause of much disease. How vivid is the claret, pressing its existence into the consciousness that watches it! If our small minds, for some convenience, divide this glass of wine, this universe, into parts -- physics, biology, geology, astronomy, psychology, and so on -- remember that nature does not know it! So let us put it all back together, not forgetting ultimately what it is for. Let it give us one more final pleasure; drink it and forget it all!

Biological family is too small of a vision. Patriotism is far too myopic. A love for our own relatives and a love for the people of our own country are not bad things, but our love does not stop at the border.

Biology designed the dance. Terror timed it. Dictated the rhythm with which their bodies answered each other. As though they already knew that for each tremor of pleasure they would pay with an equal measure of pain. As though they knew that how far they went would be measured against how far they would be taken.

Maybe they'd use biological or chemical weapons instead. Maybe they'd crash the world economy. Maybe they'd turn every program on television into one of those reality shows." "That's mostly done already, Harry." "Oh. Well. I've got to believe that the world is worth saving anyway.

Past and present religious atrocities have occured not because we are evil, but because it is a fact of nature that the human species is, biologically, only partly rational. Evolution has meant that our prefrontal lobes are too small, our adrenal glands are too big, and our reproductive organs apparently designed by committee; a recipe which, alone or in combination, is very certain to lead to some unhappiness and disorder.

A woman today who has no goal, no purpose, no ambition patterning her days into the future, making her stretch and grow beyond that small score of years in which her body can fill its biological function, is committing a kind of suicide.

Whenever explaining an event, we must choose from three competing modes of explanation. These are regularity, chance, and design... To attribute an event to design is to say that it cannot reasonably be referred to either regularity or chance.

Molecular biology has shown that even the simplest of all living systems on the earth today, bacterial cells, are exceedingly complex objects. Although the tiniest bacterial cells are incredibly small, weighing less than 10-12 gms, each is in effect a veritable micro-miniaturized factory containing thousands of exquisitely designed pieces of intricate molecular machinery, made up altogether of one hundred thousand million atoms, far more complicated than any machine built by man and absolutely without parallel in the nonliving world.

Earth teems with sights and textures, sounds and vibrations, smells and tastes, electric and magnetic fields. But every animal can only tap into a small fraction of realities fullness. Each is enclosed within its own unique sensory bubble, perceiving but a tiny silver of an immense world.

Random mutations much more easily debilitate genes than improve them, and that this is true even of the helpful mutations. Let me emphasize, our experience with malaria’s effects on humans (arguably our most highly studied genetic system) shows that most helpful mutations degrade genes. What’s more, as a group the mutations are incoherent, meaning that they are not adding up to some new system. They are just small changes - mostly degradative - in pre-existing, unrelated genes. The take-home lesson is that this is certainly not the kind of process we would expect to build the astonishingly elegant machinery of the cell. If random mutation plus selective pressure substantially trashes the human genome, why should we think that it would be a constructive force in the long term? There is no reason to think so.

The secrets of evolution are death and time—the deaths of enormous numbers of lifeforms that were imperfectly adapted to the environment; and time for a long succession of small mutations.

You can only rule over a subject race, especially when you are in a small minority, if you honestly believe yourself to be racially superior, and it helps towards this if you can believe that the subject race is biologically different.

I remember what love was like before There were complex emotional and biological factors at work. We had elaborate tests to pass, connections to forge, ups and downs and tears and whirlwinds. It was an ordeal, an exercise in agony, but it was alive. The new love is simpler. Easier. But small.

I think I remember what love was like before. There were complex emotional and biological factors. We had elaborate tests to pass, connections to forge, ups and downs and tears and whirlwinds. It was an ordeal, an exercise in agony, but it was alive. The new love is simpler. Easier. But small.

During a sabbatical he learned enough biology to make a small but genuine contribution to geneticists’ understanding of mutations in DNA.

One of the most memorably unexpected events I experienced in the course of doing this book came in a dissection room at the University of Nottingham in England when a professor and surgeon named Ben Ollivere (about whom much more in due course) gently incised and peeled back a sliver of skin about a millimeter thick from the arm of a cadaver. It was so thin as to be translucent. “That,” he said, “is where all your skin color is. That’s all that race is—a sliver of epidermis.” I mentioned this to Nina Jablonski when we met in her office in State College, Pennsylvania, soon afterward. She gave a nod of vigorous assent. “It is extraordinary how such a small facet of our composition is given so much importance,” she said. “People act as if skin color is a determinant of character when all it is is a reaction to sunlight. Biologically, there is actually no such thing as race—nothing in terms of skin color, facial features, hair type, bone structure, or anything else that is a defining quality among peoples. And yet look how many people have been enslaved or hated or lynched or deprived of fundamental rights through history because of the color of their skin.

Also, the killing of small animals is the entrance ramp onto the serial killer superhighway. Damn. I bet the cat knows that. He picked me because I can't hurt him, or I'd be fulfilling my biological destiny. So I'm screwed. The cat stays. Unless you'll kill him...How does fifty bucks sound?

Nor do the females of our closest primate cousins offer much reason to believe the human female should be sexually reluctant due to purely biological concerns. Instead, primatologist Meredith Small has noted that female primates are highly attracted to novelty in mating. Unfamiliar males appear to attract females more than known males with any other characteristic a male might offer (high status, large size, coloration, frequent grooming, hairy chest, gold chains, pinky ring, whatever). Small writes, "The only consistent interest seen among the general primate population is an interest in novelty and variety...In fact," she reports, "the search for the unfamiliar is documented as a female preference more often than is any other characteristic our human eyes can perceive.

The scientific picture emerging now is that there may be very small biological differences, but that these can be so easily reinforced by society that they appear much bigger as a child grows.

Different sorts of survival machine appear very varied on the outside and in their internal organs. An octopus is nothing like a mouse, and both are quite different from an oak tree. Yet in their fundamental chemistry they are rather uniform, and, in particular, the replicators that they bear, the genes, are basically the same kind of molecule in all of us—from bacteria to elephants. We are all survival machines for the same kind of replicator—molecules called DNA— but there are many different ways of making a living in the world, and the replicators have built a vast range of machines to exploit them. A monkey is a machine that preserves genes up trees, a fish is a machine that preserves genes in the water; there is even a small worm that preserves genes in German beer mats. DNA works in mysterious ways.

Adults with Adverse Childhood Experiences are on alert. It’s a habit they learned in childhood, when they couldn’t be sure when they’d face the next high-tension situation. After her terrifying childhood illness, Michele never felt at peace, or whole, as an adult: “I was afraid I could be blindsided by any small medical crisis that could morph and change my entire life.

The beauty in the genome is of course that it's so small. The human genome is only on the order of a gigabyte of data...which is a tiny little database. If you take the entire living biosphere, that's the assemblage of 20 million species or so that constitute all the living creatures on the planet, and you have a genome for every species the total is still about one petabyte, that's a million gigabytes - that's still very small compared with Google or the Wikipedia and it's a database that you can easily put in a small room, easily transmit from one place to another. And somehow mother nature manages to create this incredible biosphere, to create this incredibly rich environment of animals and plants with this amazingly small amount of data.

Excuse me while I throw this down, I’m old and cranky and tired of hearing the idiocy repeated by people who ought to know better. Real women do not have curves. Real women do not look like just one thing. Real women have curves, and not. They are tall, and not. They are brown-skinned, and olive-skinned, and not. They have small breasts, and big ones, and no breasts whatsoever. Real women start their lives as baby girls. And as baby boys. And as babies of indeterminate biological sex whose bodies terrify their doctors and families into making all kinds of very sudden decisions. Real women have big hands and small hands and long elegant fingers and short stubby fingers and manicures and broken nails with dirt under them. Real women have armpit hair and leg hair and pubic hair and facial hair and chest hair and sexy moustaches and full, luxuriant beards. Real women have none of these things, spontaneously or as the result of intentional change. Real women are bald as eggs, by chance and by choice and by chemo. Real women have hair so long they can sit on it. Real women wear wigs and weaves and extensions and kufi and do-rags and hairnets and hijab and headscarves and hats and yarmulkes and textured rubber swim caps with the plastic flowers on the sides. Real women wear high heels and skirts. Or not. Real women are feminine and smell good and they are masculine and smell good and they are androgynous and smell good, except when they don’t smell so good, but that can be changed if desired because real women change stuff when they want to. Real women have ovaries. Unless they don’t, and sometimes they don’t because they were born that way and sometimes they don’t because they had to have their ovaries removed. Real women have uteruses, unless they don’t, see above. Real women have vaginas and clitorises and XX sex chromosomes and high estrogen levels, they ovulate and menstruate and can get pregnant and have babies. Except sometimes not, for a rather spectacular array of reasons both spontaneous and induced. Real women are fat. And thin. And both, and neither, and otherwise. Doesn’t make them any less real. There is a phrase I wish I could engrave upon the hearts of every single person, everywhere in the world, and it is this sentence which comes from the genius lips of the grand and eloquent Mr. Glenn Marla: There is no wrong way to have a body. I’m going to say it again because it’s important: There is no wrong way to have a body. And if your moral compass points in any way, shape, or form to equality, you need to get this through your thick skull and stop with the “real women are like such-and-so” crap. You are not the authority on what “real” human beings are, and who qualifies as “real” and on what basis. All human beings are real. Yes, I know you’re tired of feeling disenfranchised. It is a tiresome and loathsome thing to be and to feel. But the tit-for-tat disenfranchisement of others is not going to solve that problem. Solidarity has to start somewhere and it might as well be with you and me

The systems we will be exploring in order are: ● Breeding Targets: Arousal patterns tied to systems meant to get our ancestors to have sex with things that might bear offspring (e.g., arousal from things like penises, the female form, etc.). ● Inverse Systems: Arousal patterns that arise from a neural mix-up, causing something that disgusts the majority of the population to arouse a small portion of it (e.g., arousal from things like being farted on, dead bodies, having insects poured on one’s face, etc.). ● Emotional States and Concepts / Dominance and Submission: Arousal patterns that stem from either emotional concepts (such as betrayal, transformation, being eaten, etc.) or dominance and submission pathways. ● Emotional Connections to People: While emotional connections do not cause arousal in and of themselves, they do lower the threshold for arousal (i.e., you may become more aroused by a moderately attractive person you love than a very attractive stranger). ● Trope Attraction: Arousal patterns that are enhanced through a target’s adherence to a specific trope (a nurse, a goth person, a cheerleader, etc.). ● Novelty: Arousal patterns tied to the novelty of a particular stimulus. ● Pain and Asphyxiation: Arousal patterns associated with or enhanced by pain and oxygen deprivation. ● Basic Instincts: Remnants of our pre-cognitive mating instincts running off of a “deeper” autopilot-like neurological system (dry humping, etc.) that compel mating behavior without necessarily generating a traditional feeling of arousal. ● Physical Stimuli: Arousal patterns derived from physical interaction (kissing, touching an erogenous zone, etc.). ● Conditioned Responses: Arousal patterns resulting from conditioning (arousal from shoes, doorknobs, etc.).

Smell was our first sense, and it was so successful that in time the small lump of olfactory tissue atop the nerve cord grew into a brain. Our cerebral hemispheres were originally buds from our olfactory stalks. We think because we smelled.

I believe the present state of our knowledge justifies us in saying that, while individuals differ, biological differences are small. There is no reason to believe that one race is by nature so much more intelligent, endowed with great will power, or emotionally more stable than another that the difference would materially influence its culture.

The role of the infinitely small is infinitely large.

Ultimately, we will be able to port our mental processes to a more suitable computational substrate. Then our minds won’t have to stay so small.

Complex organs evolve by small steps for the same reason that a watchmaker does not use a sledgehammer and a surgeon does not use a meat cleaver.

Astronomy defined our home as a small planet tucked away in one corner of an average galaxy among million; biology took away our status as paragons created in the image of God; geology gave us the immensity of time and taught us how little of it our own species has occupied.

Growing corn, which from a biological perspective had always been a process of capturing sunlight to turn into food, has in no small measure become a process of converting fossil fuels into food.

The classic example from biology is the huge, towerlike structure that is built by some ant and termite species. These structures only emerge when the ant colony reaches a certain size (more is different) and could never be predicted by studying the behavior of single insects in small colonies.

Quantum physicists discovered that physical atoms are made up of vortices of energy that are constantly spinning and vibrating; each atom is like a wobbly spinning top that radiates energy. Because each atom has its own specific energy signature (wobble), assemblies of atoms (molecules) collectively radiate their own identifying energy patterns. So every material structure in the universe, including you and me, radiates a unique energy signature. If it were theoretically possible to observe the composition of an actual atom with a microscope, what would we see? Imagine a swirling dust devil cutting across the desert’s floor. Now remove the sand and dirt from the funnel cloud. What you have left is an invisible, tornado-like vortex. A number of infinitesimally small, dust devil–like energy vortices called quarks and photons collectively make up the structure of the atom. From far away, the atom would likely appear as a blurry sphere. As its structure came nearer to focus, the atom would become less clear and less distinct. As the surface of the atom drew near, it would disappear. You would see nothing. In fact, as you focused through the entire structure of the atom, all you would observe is a physical void. The atom has no physical structure—the emperor has no clothes! Remember the atomic models you studied in school, the ones with marbles and ball bearings going around like the solar system? Let’s put that picture beside the “physical” structure of the atom discovered by quantum physicists. No, there has not been a printing mistake; atoms are made out of invisible energy not tangible matter! So in our world, material substance (matter) appears out of thin air. Kind of weird, when you think about it. Here you are holding this physical book in your hands. Yet if you were to focus on the book’s material substance with an atomic microscope, you would see that you are holding nothing. As it turns out, we undergraduate biology majors were right about one thing—the quantum universe is mind-bending. Let’s look more closely at the “now you see it, now you don’t” nature of quantum physics. Matter can simultaneously be defined as a solid (particle) and as an immaterial force field (wave). When scientists study the physical properties of atoms, such as mass and weight, they look and act like physical matter. However, when the same atoms are described in terms of voltage potentials and wavelengths, they exhibit the qualities and properties of energy (waves). (Hackermüller, et al, 2003; Chapman, et al, 1995; Pool 1995) The fact that energy and matter are one and the same is precisely what Einstein recognized when he concluded that E = mc2. Simply stated, this equation reveals that energy (E) = matter (m, mass) multiplied by the speed of light squared (c2). Einstein revealed that we do not live in a universe with discrete, physical objects separated by dead space. The Universe is one indivisible, dynamic whole in which energy and matter are so deeply entangled it is impossible to consider them as independent elements.

The cell, this elementary keystone of living nature, is far from being a peculiar chemical giant molecule or even a living protein and as such is not likely to fall prey to the field of an advanced chemistry. The cell is itself an organism, constituted of many small units of life.

Most of the complexity of a human neuron is devoted to maintaining its life-support functions, not its information-processing capabilities. Ultimately, we will be able to port our mental processes to a more suitable computational substrate. Then our minds won’t have to stay so small.

I do not write every day. I write to the questions and issues before me. I write to deadlines. I write out of my passions. And I write to make peace with my own contradictory nature. For me, writing is a spiritual practice. A small bowl of water sits on my desk, a reminder that even if nothing is happening on the page, something is happening in the room--evaporation. And I always light a candle when I begin to write, a reminder that I have now entered another realm, call it the realm of the Spirit. I am mindful that when one writes, one leaves this world and enters another. My books are collages made from journals, research, and personal experience. I love the images rendered in journal entries, the immediacy that is captured on the page, the handwritten notes. I love the depth of ideas and perspective that research brings to a story, be it biological or anthropological studies or the insights brought to the page by the scholarly work of art historians. When I go into a library, I feel like I am a sleuth looking to solve a mystery. I am completely inspired by the pursuit of knowledge through various references. I read newpapers voraciously. I love what newspapers say about contemporary culture. And then you go back to your own perceptions, your own words, and weigh them against all you have brought together. I am interested in the kaleidoscope of ideas, how you bring many strands of thought into a book and weave them together as one piece of coherent fabric, while at the same time trying to create beautiful language in the service of the story. This is the blood work of the writer. Writing is also about a life engaged. And so, for me, community work, working in the schools or with grassroots conservation organizations is another critical component of my life as a writer. I cannot separate the writing life from a spiritual life, from a life as a teacher or activist or my life intertwined with family and the responsibilities we carry within our own homes. Writing is daring to feel what nurtures and breaks our hearts. Bearing witness is its own form of advocacy. It is a dance with pain and beauty.

The Denarians want to disrupt civilization, and with the Archive under their control, they could do it. Maybe they’d use biological or chemical weapons instead. Maybe they’d crash the world economy. Maybe they’d turn every program on television into one of those reality shows.” “That’s mostly done already, Harry.

That enormously complex biological interactions are so flawlessly coordinated as to result in such obvious manifestations as human thought or the electrical activity that dries the heartbeat is as exciting to me -- actually more exciting -- than such phenomena were when I was a small boy and thought them divinely (in the supernatural sense) driven.

There is a massive, irreconcilable conflict between science and religion. Religion was humanity's original cosmology, biology and anthropology. It provided explanations for the origin of the world, life and humans. Science now gives us increasingly complete explanations for those big three. We know the origins of the universe, the physics of the big bang and how the basic chemical elements formed in supernovas. We know that life on this planet originated about 4 billion years ago, and we are all descendants of that original replicating molecule. Thanks to Darwin we know that natural selection is the only workable explanation for the design and variety of all life on this planet. Paleoanthropologists and geneticists have reconstructed much of the human tree of life. We are risen apes, not fallen angels. We are the most successful and last surviving African hominid. Every single person on this Earth, all 7 billion of us, arose 50,000 years ago from small bands of African hunter-gatherers, a total population of somewhere between 600 and 2,000 individuals.

When the brain can’t moderate our biological stress response, it goes into a state of constant hyperarousal and reactivity. Inflammatory hormones and chemicals keep coursing through the body at the slightest provocation. In other words, when a child is young and his brain is still developing, if he is repeatedly thrust into a state of fight or flight, this chronic stress state causes these small, chemical markers to disable the genes that regulate the stress response—preventing the brain from properly regulating its response for the rest of his life.

Darwin, with his Origin of Species, his theories about Natural Selection, the Survival of the Fittest, and the influence of environment, shed a flood of light upon the great problems of plant and animal life. These things had been guessed, prophesied, asserted, hinted by many others, but Darwin, with infinite patience, with perfect care and candor, found the facts, fulfilled the prophecies, and demonstrated the truth of the guesses, hints and assertions. He was, in my judgment, the keenest observer, the best judge of the meaning and value of a fact, the greatest Naturalist the world has produced. The theological view began to look small and mean. Spencer gave his theory of evolution and sustained it by countless facts. He stood at a great height, and with the eyes of a philosopher, a profound thinker, surveyed the world. He has influenced the thought of the wisest. Theology looked more absurd than ever. Huxley entered the lists for Darwin. No man ever had a sharper sword -- a better shield. He challenged the world. The great theologians and the small scientists -- those who had more courage than sense, accepted the challenge. Their poor bodies were carried away by their friends. Huxley had intelligence, industry, genius, and the courage to express his thought. He was absolutely loyal to what he thought was truth. Without prejudice and without fear, he followed the footsteps of life from the lowest to the highest forms. Theology looked smaller still. Haeckel began at the simplest cell, went from change to change -- from form to form -- followed the line of development, the path of life, until he reached the human race. It was all natural. There had been no interference from without. I read the works of these great men -- of many others – and became convinced that they were right, and that all the theologians -- all the believers in "special creation" were absolutely wrong. The Garden of Eden faded away, Adam and Eve fell back to dust, the snake crawled into the grass, and Jehovah became a miserable myth.

The male frog, in mating season," said Crake, "makes as much noise as it can. The females are attracted to the male frog with the biggest, deepest voice because it suggests a more powerful frog, one with superior genes. Small male frogs - it's been documented - discover that if they position themselves in empty drainpipes, the pipe acts as a voice amplifier, and the small frog appears much larger than it really is." "So?" "So that's what art is, for the artist," said Crake. "An empty drainpipe. An amplifier. A stab at getting laid." "Your analogy falls down when it comes to female artists," said Jimmy. "They're not in it to get laid. They'd gain no biological advantage from amplifying themselves, since potential mates would be deterred rather than attracted by this sort of amplification. Men aren't frogs, they don't want women who are ten times bigger than them." "Female artists are biologically confused," said Crake.

No sane paleontologist would ever claim that he or she had discovered "The Ancestor." Think about it this way: What is the chance that while walking through any random cemetery on our planet I would discover an actual ancestor of mine? Diminishingly small. What I would discover is that all people buried in these cemeteries-- no mater whether that cemetery is in China, Botswana, or Italy-- are related to me to different degrees. I can find this out by looking at their DNA with many of the forensic techniques in use in crime labs today. I'd see that some of the denizens of the cemeteries are distantly related to me, others are related more closely. This tree would be a very powerful window into my past and my family history. It would also have a practical application because I could use this tree to understand my predilection to get certain diseases and other facts of my biology. The same is true when we infer relationship among species.

The biology majors among them would someday come to learn this fact: certain parasites can bend the behavior of their hosts to serve their own purposes. If viruses could do it, here is how it would look: seventeen people crowded into one small room, seventeen pairs of lungs breathing the same air, seventeen mouths drinking from the same two shot glasses, again and again, for hours.

I published that theory [of speciational evolution] in a 1954 paper…and I clearly related it to paleontology. Darwin argued that the fossil record is very incomplete because some species fossilize better than others... I noted that you are never going to find evidence of a small local population that changed very rapidly in the fossil record... Gould was my course assistant at Harvard where I presented this theory again and again for three years. So he knew it thoroughly. So did Eldredge. In fact, in his 1971 paper Eldredge credited me with it. But that was lost over time.

Studies of criminal records of adoptees in Denmark revealed a strong correlation with the criminal record of the biological parent and a very small correlation with the criminal record of the adopting parent – and even that vanished when controlled for peer-group effects, whereby the adopting parents were found to live in more, or less, criminal neighbourhoods according to whether they themselves were criminals.

Perhaps we ought not to welcome small catastrophes in case they increase our vigilance to the point of making us prevent the medium-scale catastrophes that would have been needed to make us take the strong precautions necessary to prevent existential catastrophes? (And of course, just as with biological immune systems, we also need to be concerned with over-reactions, analogous to allergies and autoimmune disorders.)

Cambridge philosopher, Dr. C. D. Broad, “that we should do well to consider much more seriously than we have hitherto been inclined to do the type of theory which Bergson put forward in connection with memory and sense perception. The suggestion is that the function of the brain and nervous system and sense organs is in the main eliminative and not productive. Each person is at each moment capable of remembering all that has ever happened to him and of perceiving everything that is happening everywhere in the universe. The function of the brain and nervous system is to protect us from being overwhelmed and confused by this mass of largely useless and irrelevant knowledge, by shutting out most of what we should otherwise perceive or remember at any moment, and leaving only that very small and special selection which is likely to be practically useful.” According to such a theory, each one of us is potentially Mind at Large. But in so far as we are animals, our business is at all costs to survive. To make biological survival possible, Mind at Large has to be funneled through the reducing valve of the brain and nervous system. What comes out at the other end is a measly trickle of the kind of consciousness which will help us to stay alive on the surface of this particular planet. To formulate and express the contents of this reduced awareness, man has invented and endlessly elaborated those symbol-systems and implicit philosophies which we call languages.

Crushes thrive in small spaces. Humans must be programmed to respond positively when faced with a small sampling of other humans in, say, caves. You're stuck in a cave with three other people - all mankind, presumably, was hidden away in such tiny groups during the winters until the thaw - and so, in order for the species to thrive, you must be biologically compelled to fuck at least one person in your cave, despite the fact that, when surrounded by a plenitude of Neanderthals at the Neanderthal summer barbecue, none of them struck your fancy. Without the element of choice, and in conjunction with captivity, you find love, or at least you find lust.

Most dangerously, for the first time, these accidents and abuses are widely within the reach of individuals or small groups. They will not require large facilities or rare raw materials. Knowledge alone will enable the use of them.

People, as curious primates, dote on concrete objects that can be seen and fondled. God dwells among the details, not in the realm of pure generality. We must tackle and grasp the larger, encompassing themes of our universe, but we make our best approach through small curiosities that rivet our attention - all those pretty pebbles on the shoreline of knowledge. For the ocean of truth washes over the pebbles with every wave, and they rattle and clink with the most wondrous din.

When someone dies they get very cold and very still. That probably sounds obvious, but when it’s your mother it doesn’t feel obvious—it feels shocking. You watch, winded and reeling, as the medical technicians neutralize the stasis field and power down the synthetic organ metabolizer. But the sentimental gesture of kissing her forehead makes you recoil because the moment your lips touch her skin you realize just how cold and just how still she is, just how permanent that coldness and that stillness feel. Your body lurches like it’s been plunged into boiling water and for the first time in your life you understand death as a biological state, an organism ceasing to function. Unless you’ve touched a corpse before, you can’t comprehend the visceral wrongness of inert flesh wrapped around an inanimate object that wears your mother’s face. You feel sick with guilt and regret and sadness about inconsequential anecdote. You can’t remember anything thoughtful or sweet or tender that you ever did even though logically you know you must have. All you can recall is how often you were small and petty and false. She was your mother and she loved you in a way nobody ever has and nobody ever will and now she’s gone.

Human vice is proof that biological adaption is, speaking literally, a thing of the past. Our minds are adapted to the small foraging bands in which our family spent ninety-nine percent of its existence, not the topsy-turvy contingencies we have created since the agricultural and industrial revolutions. [...] People do not divine what is adaptive for them or their genes; their genes give them thoughts and feelings that were adaptive in the environment in which the genes were selected.

Cats catch mice, small birds and the like, very well. Teleology tells us that they do so because they were expressly constructed for so doing—that they are perfect mousing apparatuses, so perfect and so delicately adjusted that no one of their organs could be altered, without the change involving the alteration of all the rest. Darwinism affirms on the contrary, that there was no express construction concerned in the matter; but that among the multitudinous variations of the Feline stock, many of which died out from want of power to resist opposing influences, some, the cats, were better fitted to catch mice than others, whence they throve and persisted, in proportion to the advantage over their fellows thus offered to them. Far from imagining that cats exist 'in order' to catch mice well, Darwinism supposes that cats exist 'because' they catch mice well—mousing being not the end, but the condition, of their existence. And if the cat type has long persisted as we know it, the interpretation of the fact upon Darwinian principles would be, not that the cats have remained invariable, but that such varieties as have incessantly occurred have been, on the whole, less fitted to get on in the world than the existing stock.

It makes sense that people who repeatedly make poor decisions in choosing partners and have troubled relationships keep repeating their mistakes. Their motivations are as biological as they are emotional. The woman who can’t stop blaming her husband for every small infraction, the man who can’t stop trying to control his wife: their brains didn’t receive the love needed to foster the critical neural interconnections that create secure, loving attachment. They keep bumping up against the same neurobiological deficits, over and over again.

How to tell your pretend-boyfriend and his real boyfriend that your internal processors are failing: 1. The biological term is depression, but you don't have an official diagnostic (diagnosis) and it's a hard word to say. It feels heavy and stings your mouth. Like when you tried to eat a battery when you were small and your parents got upset. 2. Instead, you try to hide the feeling. But the dark stain has already spilled across your hardwiring and clogged your processor. You don't have access to any working help files to fix this. Tech support is unavailable for your model. (No extended warranty exists.) 3. Pretend the reason you have no energy is because you're sick with a generic bug. 4. You have time to sleep. Your job is canceling out many of your functions; robots can perform cleaning and maintenance in hotels for much better wage investment, and since you are not (yet) a robot, you know you will be replaced soon. 5. The literal translation of the word depression: you are broken and devalued and have no further use. 6. No one refurbishes broken robots. 7. Please self-terminate.

Might one not say that in the chance combination of nature's production, since only those endowed with certain relations of suitability could survive, it is no cause for wonder that this suitability is found in all species that exist today? Chance, one might say, produced an innumerable multitude of individuals; a small number turned out to be constructed in such fashion that the parts of the animal could satisfy its needs; in another, infinitely greater number, there was neither suitability nor order: all of the later have perished; animals without a mouth could not live, others lacking organs for reproduction could not perpetuate themselves: the only ones to have remained are those in which were found order and suitability; and these species, which we see today, are only the smallest part of what blind fate produced.

As an undergraduate, I majored in biology, with an emphasis on oceanography. I studied jellyfish, drifters, all things buffeted about in the sea. As a senior, I discovered literature. I was feeling weird. A lot. I went to the doctor. He said I was losing my mind. I forget what he said. Something about meds. Something. I walked out the door. I went to the doctor. He said I was fine. Different versions—same story. I’m always thinking. * * How casually we toss off a life—stepping on ants as we go on, swatting small bugs that happen to alight on the skin of our bare forearm.

Electrical osteogenesis could be the opening wedge into a new era of medicine. Within a few years, we may know how to use these techniques to repair joint cartilage, or even replace whole joints, and to correct various defects of bone growth. In the further future, we may be able to extend regeneration as needed to nearly all human tissues. For the first time a physician can now direct nature, albeit in a small way,rather than play her helpless servant. We must use this power wisely.We're tapping into the most potent force in all of biology. If we're irresponsible about it, we risk another electrical letdown that could put off medicine's glorious future for many years.

As more and more data flows from your body and brain to the smart machines via the biometric sensors, it will become easy for corporations and government agencies to know you, manipulate you, and make decisions on your behalf. Even more importantly, they could decipher the deep mechanisms of all bodies and brains, and thereby gain the power to engineer life. If we want to prevent a small elite from monopolising such godlike powers, and if we want to prevent humankind from splitting into biological castes, the key question is: who owns the data? Does the data about my DNA, my brain and my life belong to me, to the government, to a corporation, or to the human collective?

She had short, thick forearms, fingers like cocktail sausages, and a broad fleshy nose with flared nostrils. Deep folds of skin connected her nose to either side of her chin, and separated that section of her face from the rest of it, like a snout. Her head was too large for her body. She looked like a bottled fetus that had escaped from its jar of formaldehyde in a Biology lab an unshriveled and thickened with age. She kept damp cash in her bodice, which she tied tightly around her chest to flatten her unchristian breasts, Her kunukku earrings were thick and gold. Her earlobes had been distended into weighted loops that swung around her neck, her earrings sitting in them like gleeful children in a merry-go-(not all the way)-round. Her right lobe had split open once and was sewn together by Dr. Verghese Verghese. Kochu Maria couldn't stop wearing her kunukku because if she did, how would people know that despite her lowly cook's job (seventy-five rupees a month) she was a Syrian Christian, Mar Thomite? Not a Pelaya, or a Pulaya, or a Paravan. But a Touchable, upper-caste Christian (into whom Christianity had seeped like tea from a teabag). Split lobes stitched back were a better option by far. Kochu Maria hadn't yet made her acquaintance with the television addict waiting inside her. The Hulk Hogan addict. She hadn't yet seen a television set...

Humanity shares a common ancestry with all living things on Earth. We often share especially close intimacies with the microbial world. In fact, only a small percentage of the cells in the human body are human at all. Yet, the common biology and biochemistry that unites us also makes us susceptible to contracting and transmitting infectious disease.

And so, beginning with the small early frustrations and deprivations, the child is helped to govern himself. his ego develops by learning to regulate his own food intake and feces evacuation: he has to learn to adapt to a social schedule, to an external measure of time, in place of a biological schedule of internal urges. In all this he makes a bitter discovery: that he is no longer himself, just by seeking pleasure. There may be more excitement in the world but the fun keep getting interrupted. For some strange reason the mother doesn’t share his glee over a bowel movement on the sofa. The child finds that he has to “earn" the mother’s love by performing in a certain way. He comes to realize that he has to abandon the idea of “total excitement" and “uninterrupted fun," if he wants to keep a secure background of love from the mother. This is what Alfred Adler meant when he spoke of the child’s need for affection as the “lever" of his education. The child learns to accept frustrations so long as the total relationship is not endangered. This is what the psychoanalytic word “ambivalence" so nicely covers: the child may hesitate between giving up what has previously been an assured satisfaction, and proceeding to a new type of conduct which will be rewarded by a new kind of acceptance. Does he want to keep the breast instead of switching to the bottle? He finds that if he makes this switch he gets a special cooing of praise and a little extra attention. Ambivalence describes the process whereby the infant is propelled forward into increasing mastery by his developing ego, while at the same time he is lulled backward into a safe dependence by his need for approval and easy gratification; he is caught in the bind, as we all are, between new and uncertain rewards and tried and tested ones.

Goldfish in a glass bowl are harmless to the human mind, maybe even helpful to minds casting about for something, anything, to think about. But goldfish let loose, propagating themselves, worst of all surviving in what has to be a sessile eddy of the East River, somehow threaten us all. We do not like to think that life is possible under some conditions, especially the conditions of a Manhattan pond. There are four abandoned ties, any number of broken beer bottles, fourteen shoes and a single sneaker, and a visible layer, all over the surface, of that grayish-green film that settles on all New York surfaces. The mud at the banks of the pond is not proper country mud but reconstituted Manhattan landfill, ancient garbage, fossilized coffee grounds and grapefruit rind, the defecation of a city. For goldfish to be swimming in such water, streaking back and forth mysteriously in small schools, feeding, obviously feeding, looking as healthy and well-off as goldfish in the costliest kind of window-box aquarium, means something is wrong with our standards. It is, in some deep sense beyond words, insulting.

Sorgan tried his very best not to think about how long it must have taken for a stream that small to eat its way down through solid rock to form its current bed. Sorgan knew exactly what the word “hundred” meant, but when numbers wandered off toward “thousand”—or even “million”—and the people who used those terms were talking about years, Sorgan’s mind shied back in horror.

There was nothing accidental about what happened that morning. Nothing incidental. It was no stray mugging or personal settling of scores. This was an era imprinting itself on those who lived in it. History in live performance. If they hurt Velutha more than they intended to, it was only because any kinship, any connection between themselves and him, any implication that if nothing else, at least biologically he was a fellow creature--had been severed long ago. They were not arresting a man, they were exorcising fear. They had no instrument to calibrate how much punishment he could take. No means of gauging how much or how permanently they had damaged him. Unlike the custom of rampaging religious mobs or conquering armies running riot, that morning in the Heart of Darkness the posse of Touchable Policemen acted with economy, not frenzy. Efficiency, not anarchy. Responsibility, not hysteria. They didn't tear out his hair or burn him alive. They didn't hack off his genitals and stuff them in his mouth. They didn't rape him. Or behead him. After all they were not battling an epidemic. They were merely inoculating a community against an outbreak.

All my life I have wondered about the possibility of life elsewhere. What would it be like? Of what would it be made? All living things on our planet are constructed of organic molecules—complex microscopic architectures in which the carbon atom plays a central role. There was once a time before life, when the Earth was barren and utterly desolate. Our world is now overflowing with life. How did it come about? How, in the absence of life, were carbon-based organic molecules made? How did the first living things arise? How did life evolve to produce beings as elaborate and complex as we, able to explore the mystery of our own origins? And on the countless other planets that may circle other suns, is there life also? Is extraterrestrial life, if it exists, based on the same organic molecules as life on Earth? Do the beings of other worlds look much like life on Earth? Or are they stunningly different—other adaptations to other environments? What else is possible? The nature of life on Earth and the search for life elsewhere are two sides of the same question—the search for who we are. In the great dark between the stars there are clouds of gas and dust and organic matter. Dozens of different kinds of organic molecules have been found there by radio telescopes. The abundance of these molecules suggests that the stuff of life is everywhere. Perhaps the origin and evolution of life is, given enough time, a cosmic inevitability. On some of the billions of planets in the Milky Way Galaxy, life may never arise. On others, it may arise and die out, or never evolve beyond its simplest forms. And on some small fraction of worlds there may develop intelligences and civilizations more advanced than our own. Occasionally someone remarks on what a lucky coincidence it is that the Earth is perfectly suitable for life—moderate temperatures, liquid water, oxygen atmosphere, and so on. But this is, at least in part, a confusion of cause and effect. We earthlings are supremely well adapted to the environment of the Earth because we grew up here. Those earlier forms of life that were not well adapted died. We are descended from the organisms that did well. Organisms that evolve on a quite different world will doubtless sing its praises too. All life on Earth is closely related. We have a common organic chemistry and a common evolutionary heritage. As a result, our biologists are profoundly limited. They study only a single kind of biology, one lonely theme in the music of life. Is this faint and reedy tune the only voice for thousands of light-years? Or is there a kind of cosmic fugue, with themes and counterpoints, dissonances and harmonies, a billion different voices playing the life music of the Galaxy? Let

The half-life of a substance is the time it takes for it to lose one half of its initial value. In nuclear physics, it’s the time it takes for unstable atoms to lose energy by emitting radiation. In biology, it usually refers to the time it takes to eliminate half of a substance (water, alcohol, pharmaceuticals) from the body. In chemistry, it is the time required to convert one half or a reactant (hydrogen or oxygen, for example) to product (water). In love, it’s the amount of time it takes for lovers to feel half of what they once did. When Natasha thinks about love, this is what she thinks: nothing lasts forever. Like hydrogen-7 or lithium-5 or boron-7, love has an infinitesimally small half-life that decays to nothing. And when it’s gone, it’s like it was never there at all.

People are qualitatively the same but may differ quantitatively. The quantitative differences are small in biological terms, and they are found to a far greater extent among the individual members of an ethnic group or race than between ethnic groups or races. These are reassuring findings. Any racist ideology that holds that the members of an ethnic group are all alike, or that one ethnic group differs fundamentally from another, is based on false assumptions about our biology.

Lowlanders who left Scotland for Ireland between 1610 and 1690 were biologically compounded of many ancestral strains. While the Gaelic Highlanders of that time were (as they are probably still) overwhelmingly Celtic in ancestry, this was not true of the Lowlanders. Even if the theory of 'racial' inheritance of character were sound, the Lowlander had long since become a biological mixture, in which at least nine strains had met and mingled in different proportions. Three of the nine had been present in the Scotland of dim antiquity, before the Roman conquest: the aborigines of the Stone Ages, whoever they may have been; the Gaels, a Celtic people who overran the whole island of Britain from the continent around 500 B.C.; and the Britons, another Celtic folk of the same period, whose arrival pushed the Gaels northward into Scotland and westward into Wales. During the thousand years following the Roman occupation, four more elements were added to the Scottish mixture: the Roman itself—for, although Romans did not colonize the island, their soldiers can hardly have been celibate; the Teutonic Angles and Saxons, especially the former, who dominated the eastern Lowlands of Scotland for centuries; the Scots, a Celtic tribe which, by one of the ironies of history, invaded from Ireland the country that was eventually to bear their name (so that the Scotch-Irish were, in effect, returning to the home of some of their ancestors); and Norse adventurers and pirates, who raided and harassed the countryside and sometimes remained to settle. The two final and much smaller components of the mixture were Normans, who pushed north after they had dealt with England (many of them were actually invited by King David of Scotland to settle in his country), and Flemish traders, a small contingent who mostly remained in the towns of the eastern Lowlands. In addition to these, a tenth element, Englishmen—themselves quite as diverse in ancestry as the Scots, though with more of the Teutonic than the Celtic strains—constantly came across the Border to add to the mixture.

In our profession, we tend to name things exactly as we see them. Big red stars we call red giants. Small white stars we call white dwarfs. When stars are made of neutrons, we call them neutron stars. Stars that pulse, we call them pulsars. In biology they come up with big Latin words for things. MDs write prescriptions in a cuneiform that patients can’t understand, hand them to the pharmacist, who understands the cuneiform. It’s some long fancy chemical thing, which we ingest. In biochemistry, the most popular molecule has ten syllables—deoxyribonucleic acid! Yet the beginning of all space, time, matter, and energy in the cosmos, we can describe in two simple words, Big Bang. We are a monosyllabic science, because the universe is hard enough. There is no point in making big words to confuse you further. Want more? In the universe, there are places where the gravity is so strong that light doesn’t come out. You fall in, and you don’t come out either: black hole. Once again, with single syllables, we get the whole job done. Sorry, but I had to get all that off my chest.

... the reason why we find some things intuitively easy to grasp and others hard, is that our brains are themselves evolved organs: on-board computers, evolved to help us survive in a world (...) where the objects that mattered to our survival were neither very large nor very small; a world where things either stood still or moved slowly compared with the speed of light; and where the very improbable could safely be treated as impossible. Our mental burka window is narrow because it didn't need to be any wider in order to assist our ancestors to survive.

Presumably, it won’t be only one way. Even before the age of climate change, the literature of conservation furnished many metaphors to choose from. James Lovelock gave us the Gaia hypothesis, which conjured an image of the world as a single, evolving quasi-biological entity. Buckminster Fuller popularized “spaceship earth,” which presents the planet as a kind of desperate life raft in what Archibald MacLeish called “the enormous, empty night”; today, the phrase suggests a vivid picture of a world spinning through the solar system barnacled with enough carbon capture plants to actually stall out warming, or even reverse it, restoring as if by magic the breathability of the air between the machines. The Voyager 1 space probe gave us the “Pale Blue Dot”—the inescapable smallness, and fragility, of the entire experiment we’re engaged in, together, whether we like it or not. Personally, I think that climate change itself offers the most invigorating picture, in that even its cruelty flatters our sense of power, and in so doing calls the world, as one, to action. At least I hope it does. But that is another meaning of the climate kaleidoscope. You can choose your metaphor. You can’t choose the planet, which is the only one any of us will ever call home.

Hunter-gatherer societies have typically been egalitarian, as we'll soon see, throughout hominin history. Inequality emerged when stuff, things to possess and accumulate, was invented following animal domestication and the development of agriculture. The more stuff, reflecting surplus, job specialization, and technological sophistication, the greater the potential inequality. Moreover, inequality expands enormously when cultures invent inheritance within families. Once invented, inequality became pervasive. Among traditional pastoralists or small-scale agricultural societies, levels of wealth inequality match or exceed those in the most unequal industrialized societies. Why have stratified cultures dominated the planet, generally replacing more egalitarian ones? For population biologist Peter Turchin, the answer is that stratified cultures are ideally suited to being conquerors. They come with chains of command. Both empirical and theoretical work suggest that in addition, in unstable environments, stratified societies are better able to survive resource shortages than egalitarian cultures by sequestering mortality to the lower classes. In other words, when times are tough, the unequal access to wealth becomes the unequal distribution of misery and death.

When you peer into an abyss, you see a monster. If it is a small abyss, then it is a small monster. But if it is the ultimate abyss, then it is the ultimate monster. That is certainly a dragon—perhaps even the dragon of evil itself. The conceptualization of the monster in the abyss is the eternal predator lurking in the night, ready and able to devour its unsuspecting prey. That is an image that is tens of millions of years old, something coded as deeply in the recesses of our biological structure as anything conceptual can be coded. And it is not just the monsters of nature, but the tyrants of culture and the malevolence of individuals. It is all of that, with the latter dominant, terrible as that is to consider. And it is in the nature of mankind not to cower and freeze as helpless prey animals, nor to become a turncoat and serve evil itself, but to confront the lions in their lairs. That is the nature of our ancestors: immensely courageous hunters, defenders, shepherds, voyagers, inventors, warriors, and founders of cities and states. That is the father you could rescue; the ancestor you could become. And he is to be discovered in the deepest possible place, as that is where you must go if you wish to take full responsibility and become who you could be.

Nature, ... in order to carry out the marvelous operations [that occur] in animals and plants has been pleased to construct their organized bodies with a very large number of machines, which are of necessity made up of extremely minute parts so shaped and situated as to form a marvelous organ, the structure and composition of which are usually invisible to the naked eye without the aid of a microscope. ... Just as Nature deserves praise and admiration for making machines so small, so too the physician who observes them to the best of his ability is worthy of praise, not blame, for he must also correct and repair these machines as well as he can every time they get out of order.

We tend to think of imagination and foresight like we are prone to think of life (sometimes) -- as an inscrutable flash of something from the outside that magically takes us over some large boundary in one atomic step. We even call it a flash (of insight), a eureka moment, a light bulb in our heads that suddenly turns on. But if you reflect on this phenomenon for a moment, you know you don't go suddenly from a blank mind to a fully formed solution. You were already thinking about the problem, and other near solutions that don't work, when suddenly you see a new connection that enables you to reuse familiar things on a novel way. Insight comes in small increments, leveraging what was already there.

The goal of Combined Intelligence Objectives Subcommittee was to investigate all things related to German science. Target types ran the gamut: radar, missiles, aircraft, medicine, bombs and fuses, chemical and biological weapons labs. And while CIOS remained an official joint venture, there were other groups in the mix, with competing interests at hand. Running parallel to CIOS operations were dozens of secret intelligence-gathering operations, mostly American. The Pentagon’s Special Mission V-2 was but one example. By late March 1945, Colonel Trichel, chief of U.S. Army Ordnance, Rocket Branch, had dispatched his team to Europe. Likewise, U.S. Naval Technical Intelligence had officers in Paris preparing for its own highly classified hunt for any intelligence regarding the Henschel Hs 293, a guided missile developed by the Nazis and designed to sink or damage enemy ships. The U.S. Army Air Forces (AAF) were still heavily engaged in strategic bombing campaigns, but a small group from Wright Field, near Dayton, Ohio, was laying plans to locate and capture Luftwaffe equipment and engineers. Spearheading Top Secret missions for British intelligence was a group of commandos called 30 Assault Unit, led by Ian Fleming, the personal assistant to the director of British naval intelligence and future author of the James Bond novels. Sometimes, the members of these parallel missions worked in consort with CIOS officers in the field.

Bumblebees detect the polarization of sunlight, invisible to uninstrumented humans; put vipers sense infrared radiation and detect temperature differences of 0.01C at a distance of half a meter; many insects can see ultraviolet light; some African freshwater fish generate a static electric field around themselves and sense intruders by slight perturbations induced in the field; dogs, sharks, and cicadas detect sounds wholly inaudible to humans; ordinary scorpions have micro--seismometers on their legs so they can detect in darkness the footsteps of a small insect a meter away; water scorpions sense their depth by measuring the hydrostatic pressure; a nubile female silkworm moth releases ten billionths of a gram of sex attractant per second, and draws to her every male for miles around; dolphins, whales, and bats use a kind of sonar for precision echo-location. The direction, range, and amplitude of sounds reflected by to echo-locating bats are systematically mapped onto adjacent areas of the bat brain. How does the bat perceive its echo-world? Carp and catfish have taste buds distributed over most of their bodies, as well as in their mouths; the nerves from all these sensors converge on massive sensory processing lobes in the brain, lobes unknown in other animals. how does a catfish view the world? What does it feel like to be inside its brain? There are reported cases in which a dog wags its tail and greets with joy a man it has never met before; he turns out to be the long-lost identical twin of the dog's "master", recognizable by his odor. What is the smell-world of a dog like? Magnetotactic bacteria contain within them tiny crystals of magnetite - an iron mineral known to early sailing ship navigators as lodenstone. The bacteria literally have internal compasses that align them along the Earth's magnetic field. The great churning dynamo of molten iron in the Earth's core - as far as we know, entirely unknown to uninstrumented humans - is a guiding reality for these microscopic beings. How does the Earth's magnetism feel to them? All these creatures may be automatons, or nearly so, but what astounding special powers they have, never granted to humans, or even to comic book superheroes. How different their view of the world must be, perceiving so much that we miss.

What happens to a marriage? A persistent failure of kindness, triggered at first, at least in my case, by the inequities of raising children, the sacrifices that take a woman by surprise and that she expects to be matched by her mate but that biology ensures cannot be. Anything could set me off. Any innocuous habit or slight or oversight. The way your father left the lights of the house blazing, day and night. The way he could become so distracted at work that sometimes when I called, he’d put me on hold and forget me, only remembering again when I’d hung up and called back. The way he wore his pain so privately, whistling around the house after we’d had a spat, pretending nonchalance, protecting you and your sisters from discord, hiding behind his good nature, inadvertently

Dangerousness A fairly common perception is that people with mental illness are disproportionately involved in violent crime. This is true in one respect but not in another. A small subset of people with mental illness, those who are actively experiencing serious psychotic symptoms, are more violent than the general population. Research suggests several factors associated with this group’s violent behavior, including drug and alcohol abuse, noncompliance with medication requirements, and biological or biochemical disorders.[8] In general, however, “violent and criminal acts directly attributable to mental illness account for a very small proportion of all such acts in the United States. Most persons with mental illness are not criminals, and of those who are, most are not violent.” [9]

Among the most virulent of all such cultural parasite-equivalents is the religion-based denial of organic evolution. About one-half of Americans (46 percent in 2013, up from 44 percent in 1980), most of whom are evangelical Christians, together with a comparable fraction of Muslims worldwide, believe that no such process has ever occurred. As Creationists, they insist that God created humankind and the rest of life in one to several magical mega-strokes. Their minds are closed to the overwhelming mass of factual demonstrations of evolution, which is increasingly interlocked across every level of biological organization from molecules to ecosystem and the geography of biodiversity. They ignore, or more precisely they call it virtue to remain ignorant of, ongoing evolution observed in the field and even traced to the genes involved. Also looked past are new species created in the laboratory. To Creationists, evolution is at best just an unproven theory. To a few, it is an idea invented by Satan and transmitted through Darwin and later scientists in order to mislead humanity. When I was a small boy attending an evangelical church in Florida, I was taught that the secular agents of Satan are extremely bright and determined, but liars all, man and woman, and so no matter what I heard I must stick my fingers in my ears and hold fast to the true faith. We are all free in a democracy to believe whatever we wish, so why call any opinion such as Creationism a virulent cultural parasite-equivalent? Because it represents a triumph of blind religious faith over carefully tested fact. It is not a conception of reality forged by evidence and logical judgment. Instead, it is part of the price of admission to a religious tribe. Faith is the evidence given of a person’s submission to a particular god, and even then not to the deity directly but to other humans who claim to represent the god. The cost to society as a whole of the bowed head has been enormous. Evolution is a fundamental process of the Universe, not just in living organisms but everywhere, at every level. Its analysis is vital to biology, including medicine, microbiology, and agronomy. Furthermore psychology, anthropology, and even the history of religion itself make no sense without evolution as the key component followed through the passage of time. The explicit denial of evolution presented as a part of a “creation science” is an outright falsehood, the adult equivalent of plugging one’s ears, and a deficit to any society that chooses to acquiesce in this manner to a fundamentalist faith.

How does the body push the comparatively tiny genome so far? Many researchers want to put the weight on learning and experience, apparently believing that the contribution of the genes is relatively unimportant. But though the ability to learn is clearly one of the genome's most important products, such views overemphasize learning and significantly underestimate the extent to which the genome can in fact guide the construction of enormous complexity. If the tools of biological self-assembly are powerful enough to build the intricacies of the circulatory system or the eye without requiring lessons from the outside world, they are also powerful enough to build the initial complexity of the nervous system without relying on external lessons. The discrepancy melts away as we appreciate the true power of the genome. We could start by considering the fact that the currently accepted figure of 30,000 could well prove to be too low. Thirty thousand (or thereabouts) is, at press time, the best estimate for how many protein-coding genes are in the human genome. But not all genes code for proteins; some, not counted in the 30,000 estimate, code for small pieces of RNA that are not converted into proteins (called microRNA), of "pseudogenes," stretches of DNA, apparently relics of evolution, that do not properly encode proteins. Neither entity is fully understood, but recent reports (from 2002 and 2003) suggest that both may play some role in the all-important process of regulating the IFS that control whether or not genes are expressed. Since the "gene-finding" programs that search the human genome sequence for genes are not attuned to such things-we don't yet know how to identify them reliably-it is quite possible that the genome contains more buried treasure.

One of the most memorably unexpected events I experienced in the course of doing this book came in a dissection room at the University of Nottingham in England when a professor and surgeon named Ben Ollivere (about whom much more in due course) gently incised and peeled back a sliver of skin about a millimeter thick from the arm of a cadaver. It was so thin as to be translucent. “That,” he said, “is where all your skin color is. That’s all that race is—a sliver of epidermis.” I mentioned this to Nina Jablonski when we met in her office in State College, Pennsylvania, soon afterward. She gave a nod of vigorous assent. “It is extraordinary how such a small facet of our composition is given so much importance,” she said. “People act as if skin color is a determinant of character when all it is is a reaction to sunlight. Biologically, there is actually no such thing as race—nothing in terms of skin color, facial features, hair type, bone structure, or anything else that is a defining quality among peoples.

The 2D:4D ratio is so variable, and the sex difference so small, that you can’t determine someone’s sex by knowing it. But it does tell you something about the extent of fetal testosterone exposure. So what does the extent of exposure (as assessed by the ratio) predict about adult behavior? Men with more “masculine” 2D:4D ratios tend toward higher levels of aggression and math scores; more assertive personalities; higher rates of ADHD and autism (diseases with strong male biases); and decreased risk of depression and anxiety (disorders with a female skew). The faces and handwriting of such men are judged to be more “masculine.” Furthermore, some reports show a decreased likelihood of being gay. Women having a more “feminine” ratio have less chance of autism and more of anorexia (a female-biased disease). They’re less likely to be left-handed (a male-skewed trait). Moreover, they exhibit less athletic ability and more attraction to highly masculine faces. And they’re more likely to be straight or, if lesbian, more likely to take stereotypical female sexual roles.72

The proper METHOD for studying poetry and good letters is the method of contemporary biologists, that is careful first-hand examination of the matter, and continual COMPARISON of one ‘slide’ or specimen with another. No man is equipped for modern thinking until he has understood the anecdote of Agassiz and the fish: A post-graduate student equipped with honours and diplomas went to Agassiz to receive the final and finishing touches. The great man offered him a small fish and told him to describe it. Post-Graduate Student: “That’s only a sun-fish” Agassiz: “I know that. Write a description of it.” After a few minutes the student returned with the description of the Ichthus Heliodiplodokus, or whatever term is used to conceal the common sunfish from vulgar knowledge, family of Heliichterinkus, etc., as found in textbooks of the subject. Agassiz again told the student to describe the fish. The student produced a four-page essay. Agassiz then told him to look at the fish. At the end of the three weeks the fish was in an advanced state of decomposition, but the student knew something about it. — ABC of Reading (1934; New Directions)

So how much sleep is enough? Generally, sleep specialists recommend that adults get between seven and nine hours of sleep per night, though there is no perfect number for the amount of sleep you may need personally. Doctors and scientists agree on one thing overall, however: Getting too little sleep—five hours a night or less for most people—results in a wide range of cognitive and physical impairments. Neurons in the brain can’t consolidate the information you’ve taken in, so you don’t store memories and you lose the ability to use this information. Add to this the compromised motor control, lack of focus, and difficulty with decision making and problem solving that come with sleep deprivation, and you may think twice about catching The Tonight Show and choose to turn in earlier than usual. Stress When your brain is bombarded with stimuli that trigger anxiety, you experience stress—a series of biological and chemical processes throughout your body that initiates a fight-or-flight response. In a nutshell, here’s what happens: Your sympathetic nervous system, commanded by the hypothalamus—a small area at your brain’s base—releases stress hormones that ready you to deal with whatever threat has emerged. First, your adrenal glands (on top of your kidneys) release adrenaline, which causes increases in breathing rate, heart rate, and blood pressure. These glands also release cortisol, which increases

You’re dreaming of miracles, Willem,” Idriss would say if he knew what he was thinking, and he knew he was. But then again, he would think, what about his life—and about Jude’s life, too—wasn’t it a miracle? He should have stayed in Wyoming, he should have been a ranch hand himself. Jude should have wound up—where? In prison, or in a hospital, or dead, or worse. But they hadn’t. Wasn’t it a miracle that someone who was basically unexceptional could live a life in which he made millions pretending to be other people, that in that life that person would fly from city to city, would spend his days having his every need fulfilled, working in artificial contexts in which he was treated like the potentate of a small, corrupt country? Wasn’t it a miracle to be adopted at thirty, to find people who loved you so much that they wanted to call you their own? Wasn’t it a miracle to have survived the unsurvivable? Wasn’t friendship its own miracle, the finding of another person who made the entire lonely world seem somehow less lonely? Wasn’t this house, this beauty, this comfort, this life a miracle? And so who could blame him for hoping for one more, for hoping that despite knowing better, that despite biology, and time, and history, that they would be the exception, that what happened to other people with Jude’s sort of injury wouldn’t happen to him, that even with all that Jude had overcome, he might overcome just one more thing?

Perhaps it is in this respect that language differs most sharply from other biologic systems for communication. Ambiguity seems to be an essential, indispensable element for the transfer of information from one place to another by words, where matters of real importance are concerned. It is often necessary, for meaning to come through, that there be an almost vague sense of strangeness and askewness. Speechless animals and cells cannot do this. The specifically locked-on antigen at the surface of a lymphocyte does not send the cell off in search of something totally different; when a bee is tracking sugar by polarized light, observing the sun as though consulting his watch, he does not veer away to discover an unimaginable marvel of a flower. Only the human mind is designed to work in this way, programmed to drift away in the presence of locked-on information, straying from each point in a hunt for a better, different point. If it were not for the capacity for ambiguity, for the sensing of strangeness, the words in all languages provide, we would have no way of recognizing the layers of counterpoint in meaning, and we might be spending all our time sitting on stone fences, staring into the sun. To be sure, we would always have had some everyday use to make of the alphabet, and we might have reached the same capacity for small talk, but it is unlikely that we would have been able to evolve from words to Bach. The great thing about human language is that it prevents us from sticking to the matter at hand.

Statistically, the probability of any one of us being here is so small that you'd think the mere fact of existing would keep us all in a contented dazzlement of surprise. We are alive against the stupendous odds of genetics, infinitely outnumbered by all the alternates who might, except for luck, be in our places. Even more astounding is our statistical improbability in physical terms. The normal, predictable state of matter throughout the universe is randomness, a relaxed sort of equilibrium, with atoms and their particles scattered around in an amorphous muddle. We, in brilliant contrast, are completely organized structures, squirming with information at every covalent bond. We make our living by catching electrons at the moment of their excitement by solar photons, swiping the energy released at the instant of each jump and storing it up in intricate loops fro ourselves. We violate probability, by our nature. To be able to do this systematically, and in such wild varieties of form, from viruses to whales, is extremely unlikely; to have sustained the effort successfully for the several billion years of our existence, without drifting back into randomness, was nearly a mathematical impossibility. Add to this the biological improbability that makes each member of our own species unique. Everyone is one in 3 billion at the moment, which describes the odds. Each of us is a self-contained, free-standing individual, labeled by specific protein configurations at the surfaces of cells, identifiable by whorls of fingertip skin, maybe even by special medleys of fragrance. You'd think we'd never stop dancing.

In describing a protein it is now common to distinguish the primary, secondary and tertiary structures. The primary structure is simply the order, or sequence, of the amino-acid residues along the polypeptide chains. This was first determined by [Frederick] Sanger using chemical techniques for the protein insulin, and has since been elucidated for a number of peptides and, in part, for one or two other small proteins. The secondary structure is the type of folding, coiling or puckering adopted by the polypeptide chain: the a-helix structure and the pleated sheet are examples. Secondary structure has been assigned in broad outline to a number of librous proteins such as silk, keratin and collagen; but we are ignorant of the nature of the secondary structure of any globular protein. True, there is suggestive evidence, though as yet no proof, that a-helices occur in globular proteins, to an extent which is difficult to gauge quantitatively in any particular case. The tertiary structure is the way in which the folded or coiled polypeptide chains are disposed to form the protein molecule as a three-dimensional object, in space. The chemical and physical properties of a protein cannot be fully interpreted until all three levels of structure are understood, for these properties depend on the spatial relationships between the amino-acids, and these in turn depend on the tertiary and secondary structures as much as on the primary. Only X-ray diffraction methods seem capable, even in principle, of unravelling the tertiary and secondary structures. [Co-author with G. Bodo, H. M. Dintzis, R. G. Parrish, H. Wyckoff, and D. C. Phillips]

Sam’s the man who’s come to chop us up to bits. No wonder I kicked him out. No wonder I changed the locks. If he cannot stop death, what good is he? ‘Open the door. Please. I’m so tired,’ he says. I look at the night that absorbed my life. How am I supposed to know what’s love, what’s fear? ‘If you’re Sam who am I?’ ‘I know who you are.’ ‘You do?’ ‘Yeah.’ ‘Who?’ Don’t say wife, I think. Don’t say mother. I put my face to the glass, but it’s dark. I don’t reflect. Sam and I watch each other through the window of the kitchen door. He coughs some more. ‘I want to come home,’ he says. ‘I want us to be okay. That’s it. Simple. I want to come home and be a family.’ ‘But I am not simple.’ My body’s coursing with secret genes and hormones and proteins. My body made eyeballs and I have no idea how. There’s nothing simple about eyeballs. My body made food to feed those eyeballs. How? And how can I not know or understand the things that happen inside my body? That seems very dangerous. There’s nothing simple here. I’m ruled by elixirs and compounds. I am a chemistry project conducted by a wild child. I am potentially explosive. Maybe I love Sam because hormones say I need a man to kill the coyotes at night, to bring my babies meat. But I don’t want caveman love. I want love that lives outside the body. I want love that lives. ‘In what ways are you not simple?’ I think of the women I collected upstairs. They’re inside me. And they are only a small fraction of the catalog. I think of molds, of the sea, the biodiversity of plankton. I think of my dad when he was a boy, when he was a tree bud. ‘It’s complicated,’ I say, and then the things I don’t say yet. Words aren’t going to be the best way here. How to explain something that’s coming into existence? ‘I get that now.’ His shoulders tremble some. They jerk. He coughs. I have infected him. ‘Sam.’ We see each other through the glass. We witness each other. That’s something, to be seen by another human, to be seen over all the years. That’s something, too. Love plus time. Love that’s movable, invisible as a liquid or gas, love that finds a way in. Love that leaks. ‘Unlock the door,’ he says. ‘I don’t want to love you because I’m scared.’ ‘So you imagine bad things about me. You imagine me doing things I’ve never done to get rid of me. Kick me out so you won’t have to worry about me leaving?’ ‘Yeah,’ I say. ‘Right.’ And I’m glad he gets that. Sam cocks his head the same way a coyote might, a coyote who’s been temporarily confused by a question of biology versus mortality. What’s the difference between living and imagining? What’s the difference between love and security? Coyotes are not moral. ‘Unlock the door?’ he asks. This family is an experiment, the biggest I’ve ever been part of, an experiment called: How do you let someone in? ‘Unlock the door,’ he says again. ‘Please.’ I release the lock. I open the door. That’s the best definition of love. Sam comes inside. He turns to shut the door, then stops himself. He stares out into the darkness where he came from. What does he think is out there? What does he know? Or is he scared I’ll kick him out again? That is scary. ‘What if we just left the door open?’ he asks. ‘Open.’ And more, more things I don’ts say about the bodies of women. ‘Yeah.’ ‘What about skunks?’ I mean burglars, gangs, evil. We both peer out into the dark, looking for thees scary things. We watch a long while. The night does nothing. ‘We could let them in if they want in,’ he says, but seems uncertain still. ‘Really?’ He draws the door open wider and we leave it that way, looking out at what we can’t see. Unguarded, unafraid, love and loved. We keep the door open as if there are no doors, no walls, no skin, no houses, no difference between us and all the things we think of as the night.

Lagos, typically for a nonbusinessman, had a fatal flaw: he thought too small. He figured that with a little venture capital, this neurolinguistic hacking could be developed as a new technology that would enable Rife to maintain possession of information that had passed into the brains of his programmers. Which, moral considerations aside, wasn't a bad idea. "Rife likes to think big. He immediately saw that this idea could be much more powerful. He took Lagos's idea and told Lagos himself to buzz off. Then he started dumping a lot of money into Pentecostal churches. He took a small church in Bayview, Texas, and built it up into a university. He took a smalltime preacher, the Reverend Wayne Bedford, and made him more important than the Pope. He constructed a string of self-supporting religious franchises all over the world, and used his university, and its Metaverse campus, to crank out tens of thousands of missionaries, who fanned out all over the Third World and began converting people by the hundreds of thousands, just like St. Louis Bertrand. L. Bob Rife's glossolalia cult is the most successful religion since the creation of Islam. They do a lot of talking about Jesus, but like many selfdescribed Christian churches, it has nothing to do with Christianity except that they use his name. It's a postrational religion. "He also wanted to spread the biological virus as a promoter or enhancer of the cult, but he couldn't really get away with doing that through the use of cult prostitution because it is flagrantly anti-Christian. But one of the major functions of his Third World missionaries was to go out into the hinterlands and vaccinate people -- and there was more than just vaccine in those needles. "Here in the First World, everyone has already been vaccinated, and we don't let religious fanatics come up and poke needles into us. But we do take a lot of drugs. So for us, he devised a means for extracting the virus from human blood serum and packaged it as a drug known as Snow Crash.

This, in turn, has given us a “unified theory of aging” that brings the various strands of research into a single, coherent tapestry. Scientists now know what aging is. It is the accumulation of errors at the genetic and cellular level. These errors can build up in various ways. For example, metabolism creates free radicals and oxidation, which damage the delicate molecular machinery of our cells, causing them to age; errors can build up in the form of “junk” molecular debris accumulating inside and outside the cells. The buildup of these genetic errors is a by-product of the second law of thermodynamics: total entropy (that is, chaos) always increases. This is why rusting, rotting, decaying, etc., are universal features of life. The second law is inescapable. Everything, from the flowers in the field to our bodies and even the universe itself, is doomed to wither and die. But there is a small but important loophole in the second law that states total entropy always increases. This means that you can actually reduce entropy in one place and reverse aging, as long as you increase entropy somewhere else. So it’s possible to get younger, at the expense of wreaking havoc elsewhere. (This was alluded to in Oscar Wilde’s famous novel The Picture of Dorian Gray. Mr. Gray was mysteriously eternally young. But his secret was the painting of himself that aged horribly. So the total amount of aging still increased.) The principle of entropy can also be seen by looking behind a refrigerator. Inside the refrigerator, entropy decreases as the temperature drops. But to lower the entropy, you have to have a motor, which increases the heat generated behind the refrigerator, increasing the entropy outside the machine. That is why refrigerators are always hot in the back. As Nobel laureate Richard Feynman once said, “There is nothing in biology yet found that indicates the inevitability of death. This suggests to me that it is not at all inevitable and that it is only a matter of time before biologists discover what it is that is causing us the trouble and that this terrible universal disease or temporariness of the human’s body will be cured.

Here are two examples of just how strange and unique humans can be when they go about harming one another and caring for one another. The first example involves, well, my wife. So we’re in the minivan, our kids in the back, my wife driving. And this complete jerk cuts us off, almost causing an accident, and in a way that makes it clear that it wasn’t distractedness on his part, just sheer selfishness. My wife honks at him, and he flips us off. We’re livid, incensed. Asshole-where’s-the-cops-when-you-need-them, etc. And suddenly my wife announces that we’re going to follow him, make him a little nervous. I’m still furious, but this doesn’t strike me as the most prudent thing in the world. Nonetheless, my wife starts trailing him, right on his rear. After a few minutes the guy’s driving evasively, but my wife’s on him. Finally both cars stop at a red light, one that we know is a long one. Another car is stopped in front of the villain. He’s not going anywhere. Suddenly my wife grabs something from the front seat divider, opens her door, and says, “Now he’s going to be sorry.” I rouse myself feebly—“Uh, honey, do you really think this is such a goo—” But she’s out of the car, starts pounding on his window. I hurry over just in time to hear my wife say, “If you could do something that mean to another person, you probably need this,” in a venomous voice. She then flings something in the window. She returns to the car triumphant, just glorious. “What did you throw in there!?” She’s not talking yet. The light turns green, there’s no one behind us, and we just sit there. The thug’s car starts to blink a very sensible turn indicator, makes a slow turn, and heads down a side street into the dark at, like, five miles an hour. If it’s possible for a car to look ashamed, this car was doing it. “Honey, what did you throw in there, tell me?” She allows herself a small, malicious grin. “A grape lollipop.” I was awed by her savage passive-aggressiveness—“You’re such a mean, awful human that something must have gone really wrong in your childhood, and maybe this lollipop will help correct that just a little.” That guy was going to think twice before screwing with us again. I swelled with pride and love.

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I have come to think of the UFO problem in terms of three distinct levels. The first level is physical. We now know that the UFO behaves like a region of space, of small dimensions (about ten meters), within which a very large amount of energy is stored. This energy is manifested by pulsed light phenomena of intense colors and by other forms of electromagnetic radiation. The second level is biological. Reports of UFOs show all kinds of psychophysiological effects on the witnesses. Exposure to the phenomenon causes visions, hallucinations, space and time disorientation, physiological reactions (including temporary blindness, paralysis, sleep cycle changes), and long-term personality changes. The third level is social. Belief in the reality of UFOs is spreading rapidly at all levels of society throughout the world. Books on the subject continue to accumulate. Documentaries and major films are being made by men and women who grew up with flying-saucer stories. Expectations about life in the universe have been revolutionized. Many modern themes in our culture can be traced back to the "messages from space" coming from UFO contactees of the forties and fifties. The experience of a close encounter with a UFO is a shattering physical and mental ordeal. The trauma has effects that go far beyond what the witnesses recall consciously. New types of behavior are conditioned, and new types of beliefs are promoted. Aside from any scientific consideration, the social, political, and religious consequences of the experience are enormous if they are considered over the timespan of a generation. Faced with the new wave of experiences of UFO contact that are described in books like Communion and Intruders and in movies like Close Encounters of the Third Kind, our religions seem obsolete. Our idea of the church as a social entity working within rational structures is obviously challenged by the claim of a direct communication in modern times with visible beings who seem endowed with supernatural powers. This idea can shake our society to the very roots of its culture. Witnesses are no longer afraid to come forward with personal stories of abductions, of spiritual exchanges with aliens, even of sexual interaction with them. Such reports are folklore in the making. I have discovered that they form a striking parallel to the tales of meetings with elves and jinn of medieval times, with the denizens of "Magonia," the land beyond the clouds of ancient chronicles. But they are something else, too: a portent of important things to come.

Correlation and causality. Why is it that throughout the animal kingdom and in every human culture, males account for most aggression and violence? Well, what about testosterone and some related hormones, collectively called androgens, a term that unless otherwise noted, I will use simplistically as synonymous with testosterone. In nearly all species, males have more circulating testosterone than do females, who secrete small amounts of androgens from the adrenal glands. Moreover, male aggression is most prevalent when testosterone levels are highest; adolescence and during mating season in seasonal breeders. Thus, testosterone and aggression are linked. Furthermore, there are particularly high levels of testosterone receptors in the amygdala, in the way station by which it projects to the rest of the brain, the bed nucleus of the stria terminalis, and in its major targets, the hypothalamus, the central gray of the mid-brain, and the frontal cortex. But these are merely correlative data. Showing that testosterone causes aggression requires a subtraction plus a replacement experiment. Subtraction, castrate a male: do levels of aggression decrease? Yes, including in humans. This shows that something coming from the testes causes aggression. Is it testosterone? Replacement: give that castrated individual replacement testosterone. Do pre-castration levels of aggression return? Yes, including in humans, thus testosterone causes aggression. Time to see how wrong that is. The first hint of a complication comes after castration. When average levels of aggression plummet in every species, but crucially, not to zero, well, maybe the castration wasn't perfect, you missed some bits of testes, or maybe enough of the minor adrenal androgens are secreted to maintain the aggression. But no, even when testosterone and androgens are completely eliminated, some aggression remains, thus some male aggression is testosterone independent. This point is driven home by castration of some sexual offenders, a legal procedure in a few states. This is accomplished with chemical castration, administration of drugs that either inhibit testosterone production or block testosterone receptors. Castration decreases sexual urges in the subset of sex offenders with intense, obsessive, and pathological urges. But otherwise, castration doesn't decrease recidivism rates as stated in one meta-analysis. Hostile rapists and those who commit sex crimes motivated by power or anger are not amenable to treatment with the anti-androgenic drugs. This leads to a hugely informative point. The more experience the male had being aggressive prior to castration, the more aggression continues afterward. In otherwise, the less his being aggressive in the future requires testosterone and the more it's a function of social learning.

One can take the ape out of the jungle, but not the jungle out of the ape. This also applies to us, bipedal apes. Ever since our ancestors swung from tree to tree, life in small groups has been an obsession of ours. We can’t get enough of politicians thumping their chests on television, soap opera stars who swing from tryst to tryst, and reality shows about who’s in and who’s out. It would be easy to make fun of all this primate behavior if not for the fact that our fellow simians take the pursuit of power and sex just as seriously as we do. We share more with them than power and sex, though. Fellow-feeling and empathy are equally important, but they’re rarely mentioned as part of our biological heritage. We would much rather blame nature for what we don’t like in ourselves than credit it for what we do like. As Katharine Hepburn famously put it in The African Queen, ”Nature, Mr. Allnut, is what we are put in this world to rise above.” This opinion is still very much with us. Of the millions of pages written over the centuries about human nature, none are as bleak as those of the last three decades, and none as wrong. We hear that we have selfish genes, that human goodness is a sham, and that we act morally only to impress others. But if all that people care about is their own good, why does a day-old baby cry when it hears another baby cry? This is how empathy starts. Not very sophisticated perhaps, but we can be sure that a newborn doesn’t try to impress. We are born with impulses that draw us to others and that later in life make us care about them. The possibility that empathy is part of our primate heritage ought to make us happy, but we’re not in the habit of embracing our nature. When people commit genocide, we call them ”animals”. But when they give to the poor, we praise them for being ”humane”. We like to claim the latter behavior for ourselves. It wasn’t until an ape saved a member of our own species that there was a public awakening to the possibility of nonhuman humaneness. This happened on August 16, 1996, when an eight-year-old female gorilla named Binti Jua helped a three-year-old boy who had fallen eighteen feet into the primate exhibit at Chicago’s Brookfield Zoo. Reacting immediately, Binti scooped up the boy and carried him to safety. She sat down on a log in a stream, cradling the boy in her lap, giving him a few gentle back pats before taking him to the waiting zoo staff. This simple act of sympathy, captured on video and shown around the world, touched many hearts, and Binti was hailed as a heroine. It was the first time in U.S. history that an ape figured in the speeches of leading politicians, who held her up as a model of compassion. That Binti’s behavior caused such surprise among humans says a lot about the way animals are depicted in the media. She really did nothing unusual, or at least nothing an ape wouldn’t do for any juvenile of her own species. While recent nature documentaries focus on ferocious beasts (or the macho men who wrestle them to the ground), I think it’s vital to convey the true breadth and depth of our connection with nature. This book explores the fascinating and frightening parallels between primate behavior and our own, with equal regard for the good, the bad, and the ugly.

You are a totally pathetic, historical example of the phallocentric, to put it mildly." "A pathetic, historical example," Oshima repeats, obviously impressed. By his tone of voice he seems to like the sound of that phrase. "In other words you're a typical sexist, patriarchic male," the tall one pipes in, unable to conceal her irritation. "A patriarchic male," Oshima again repeats. The short one ignores this and goes on. "You're employing the status quo and the cheap phallocentric logic that supports it to reduce the entire female gender to second-class citizens, to limit and deprive women of the rights they're due. You're doing this unconsciously rather than deliberately, but that makes you even guiltier. You protect vested male interests and become inured to the pain of others, and don't even try to see what evil your blindness causes women and society. I realize that problems with restrooms and card catalogs are mere details, but if we don't begin with the small things we'll never be able to throw off the cloak of blindness that covers our society. Those are the principles by which we act." "That's the way every sensible woman feels," the tall one adds, her face expressionless. [...] A frozen silence follows. "At any rate, what you've been saying is fundamentally wrong," Oshima says, calmly yet emphatically. "I am most definitely not a pathetic, historical example of a patriarchic male." "Then explain, simply, what's wrong with what we've said," the shorter woman says defiantly. "Without sidestepping the issue or trying to show off how erudite you are," the tall one adds. "All right. I'll do just that—explain it simply and honestly, minus any sidestepping or displays of brilliance," Oshima says. "We're waiting," the tall one says, and the short one gives a compact nod to show she agrees. "First of all, I'm not a male," Oshima announces. A dumbfounded silence follows on the part of everybody. I gulp and shoot Oshima a glance. "I'm a woman," he says. "I'd appreciate it if you wouldn't joke around," the short woman says, after a pause for breath. Not much confidence, though. It's more like she felt somebody had to say something. Oshima pulls his wallet out of his chinos, takes out the driver's license, and passes it to the woman. She reads what's written there, frowns, and hands it to her tall companion, who reads it and, after a moment's hesitation, gives it back to Oshima, a sour look on her face. "Did you want to see it too?" Oshima asks me. When I shake my head, he slips the license back in his wallet and puts the wallet in his pants pocket. He then places both hands on the counter and says, "As you can see, biologically and legally I am undeniably female. Which is why what you've been saying about me is fundamentally wrong. It's simply impossible for me to be, as you put it, a typical sexist, patriarchic male." "Yes, but—" the tall woman says but then stops. The short one, lips tight, is playing with her collar. "My body is physically female, but my mind's completely male," Oshima goes on. "Emotionally I live as a man. So I suppose your notion of being a historical example may be correct. And maybe I am sexist—who knows. But I'm not a lesbian, even though I dress this way. My sexual preference is for men. In other words, I'm a female but I'm gay. I do anal sex, and have never used my vagina for sex. My clitoris is sensitive but my breasts aren't. I don't have a period. So, what am I discriminating against? Could somebody tell me?