Showing posts with label Ehrenreich. Show all posts
Showing posts with label Ehrenreich. Show all posts

2021/10/21

B Ehrenreich NATURAL CAUSES Ch 11, 12 The Invention of the Self, Killing the Self

 NATURAL CAUSES 

Barbara Ehrenreich 

CONTENTS

INTRODUCTION Ix

Chapter One: Midlife Revolt 1

Chapter Two: Rituals of Humiliation 14

Chapter Three: The Veneer of Science 32

Chapter Four: Crushing the Body 51

Chapter Five: The Madness of Mindfulness 71

Chapter Six: Death in Social Context 91

Chapter Seven: The War Between Conflict and Harmony 112

Chapter Eight: Cellular Treason 137

Chapter Nine: Tiny Minds 151

Chapter Ten: "Successful Aging" 162

Chapter Eleven: The Invention of the Self 181

Chapter Twelve: Killing the Self, Rejoicing in a Living World 197

NOTES 213

ABOUT THE AUTHOR 235

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CHAPTER ELEVEN The Invention of the Self

We return now to a question raised earlier in this book. Who is in charge? We seek control over our bodies, our minds, and our lives, but who or what will be doing the controlling? The body can be ruled out be­cause of its tendency to liquefy—or turn into dust—without artful embalming. So the entity we wish to en­throne must be invisible and perhaps immaterial—the mind, the spirit, the self, or perhaps some ineffable amal­gam, as suggested by the phrase "mind, body, spirit" or the neologism "mindbody."

The spectacle of decomposition provides a powerful in­centive to posit some sort of immaterial human essence that survives the body. Certainly there is very little talk of "mind-body unity" in the presence of a rotting corpse. In fact, the conversation is likely to take a different turn, to an emphasis on the existence of an immortal essence, or soul, that somehow carries on without the body. 

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Medieval Catholic artists and clerics deployed images of decompos­ing bodies—sometimes with maggots wiggling in the nostrils and eye sockets—to underscore the urgency of prepar­ing the soul for the disembodied life that awaits it. Bud­dhist monks practice "corpse meditation" in the presence of corpses, both fresh and rotting, to impress on themselves the impermanence of life The soul, m both Christian and Islamic philosophy, is the perfect vessel for the immortality that eludes us as fleshly creatures: It's immortal by virtue of the fact it somehow participates in, or overlaps with, an immortal deity. Even nonbelievers today are likely to comfort themselves with the thought of a "soul," or spirit, or vague "legacy" that renders them impervious to decay. As Longfellow famously wrote, "Dust thou art, to dust turnest, was not spoken of the soul."

But no one has detected this entity. There is in fact much firmer evidence for the existence of "dark matter," the hy­pothesized substance that is invoked to explain the shape of galaxies, than there is for any spirit or soul. At least dark matter can be detected indirectly through its gravitational effects. We can talk about someone's soul and whether it is capacious or shriveled, but we realize that we are speaking metaphorically. Various locations for an immaterial individ­ual essence have been proposed—the heart, the brain, and the liver—but autopsies yield no trace of it, leading some to speculate that it is delocalized like the Chinese qi. In 1901, an American physician reported that the human body loses three-quarters of an ounce, or twenty-one grams, at the mo­ment of death, arguing that this meant the soul is a material substance. But his experiment could not be replicated, sug­gesting that the soul, if it exists, possesses neither location nor mass. One can't even find the concept of the "immortal soul" in the Bible. It was grafted onto Christian teachings from the pagan Greeks long after the Bible was written.2

The idea of an immortal soul did not survive the En­lightenment unscathed. The soul depended on God to pro‑

vide its immortality, and as his existence—or at least his

attentiveness—was called into question, the immortal soul gave way to the far more secular notion of the self. While

the soul was probably "discovered" by Christians (and Jews)

reading Plato, the self was never discovered; it simply grew by accretion, apparently starting in Renaissance Europe.

Scholars can argue endlessly about when exactly the idea of

the self—or any other historical innovation—arose; prece­dents can always be claimed. But historians have generally

agreed on the vague proposition that nothing like either

the soul or the self existed in the ancient world. Ego, yes, and pride and ambition, but not the capacity for introspec‑

tion and internal questioning that we associate with the self. Achilles wanted his name and his deeds remembered forever; he did not agonize over his motives or conflicted allegiances. That sort of thinking came later.

Lionel Trilling wrote that "in the late 16th and early 17th centuries, something like a mutation in human nature took

place," which he took to be the requirement for what his‑

torian Frances Yates called "the emergence of modern Euro­pean and American man."' As awareness of the individual

self took hold, the bourgeoisie bought mirrors, commis‑

sioned portraits, wrote autobiographies, and increasingly honored the mission of trying to "find" oneself among the

buzz of thought engendered by a crowded urban social world. Today we take it for granted that inside the self we

present to others, there lies another, truer self, but the idea was still fresh in the 1780s when Jean-Jacques Rousseau an­nounced triumphantly:

I am forming an undertaking which has no precedent, and the execution of which will have no imitator whatsoever. I wish to show my fellows a man in all the truth of nature; and this man will be myself.

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Myself alone. I feel my heart and I know men. I am not made like any of the ones I have seen; I dare to believe that I am not made like any that exist. If I am worth no more, at least I am different.4

Megalomania, or the proud claim of a rebellious political thinker? Contemporary thought has leaned toward the lat­ter; after all, Rousseau was a major intellectual influence on the French Revolution, which, whatever its bloody out­come, was probably the first mass movement to demand both individual "Liberté" and "Fraternité," or solidarity within the collective. There is something bracing about Rousseau's assertion of his individual self, but the impor­tant thing to remember is that it was an assertion—no evi­dence was offered, not that it is easy to imagine what kind of evidence that might be. As historian John 0. Lyons put it, the self was "invented."5

Another slippery abstraction was taking hold at around the same time as the self, and this was the notion of "soci­ety." Like the self, society is not something you can point to or measure, it is a concept that has to be taught or shared, a ghostly entity that arises from an aggregate of individual selves. In material terms, you can imagine a "super-being" composed of numerous subunits clumsily trying to coordi­nate their movements. It is no coincidence that the concept of society arose along with that of the self, if only because the newly self-centered individual seemed to be mostly con­cerned with the opinion of others: How do I fit in? How do I compare to them? What impression am I making? We do not look into mirrors, for example, to see our "true" selves, but to see what others are seeing, and what passes for inner reflection is often an agonizing assessment of how others are judging us.

A psychological "mutation" of this magnitude cries out for a historic explanation. Here, historians have generally invoked the social and economic changes accompanying the increasing dominance of a market economy. As fixed feudal roles and obligations lost their grip, it became easier for people to imagine themselves as individuals capable of self-initiated change, including upward mobility. You might be an artisan and learn to dress and speak like a mer­chant, or a merchant who takes on the airs of an aristocrat. Traditional bonds of community and faith loosened, even making it possible to assume the identity of another person, as in the famous case of the sixteenth-century adventurer who managed to convince the inhabitants of a village that he was their missing neighbor Martin Guerre. He took over the family inheritance and moved in with the real Guerre's wife, at least until the ruse was uncovered three years later.6 If you could move from village to village, from village to city, from one social class to another—and surely the dis­ruptions of intra-European wars played a part in the new mobility—you have to constantly monitor the impression you are making on others. At the same time, those oth­ers are becoming less trustworthy; you cannot be sure what true "self" lies behind the façade.

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Related to the rise of capitalism—though how related has long been a subject of debate—was the religious innovation represented by Protestantism, which midwifed the soul's transformation into the modern notion of the self Pre-Reformation Catholics could ensure a blissful postmortem existence by participating in the sacraments or donating large sums to the church, but Protestants and especially Calvinists were assigned to perpetual introspection in an attempt to make their souls acceptable to God. Every transient thought and inclination had to be monitored for the slightest sinful impulse. As science and secularism chipped away at the notion of God, the habit of introspection remained. Psycho­analyst Garth Amundson writes:

People continued to look inward, into the private life of the mind, so as to locate essential truths about their lives, though without the additional notion that these truths are the fruit of a dialogue with God's presence within the self Hence, the Deity that Augustine thought that we discover by looking within the self was dethroned, and replaced by an invigorating confrontation with powerful private emo­tional states, fantasies, hopes, and needs. An authentic and immediate awareness of one's affective experience became the new center around which to create a life lived truthfully and "fully." In this way, the development of the private life of the self became something of an object of worship.7

Or, as somewhat more simply put by a Spanish historian, "the modern Rousseauist self, which feels and creates its own existence, would appear to be the heir to attributes previously assigned to God."8

In our own time, the language of self-regard has taken on a definite religious quality. We are instructed to "believe" in ourselves, "esteem" ourselves, be true to ourselves, and, above all, "love" ourselves, because otherwise how could anyone else love us? The endless cornucopia of "self-help" advice that began to overflow in the twentieth century en­joins us to be our own "best friends," to indulge ourselves, make time for ourselves, and often celebrate ourselves. If words like "believe" do not sufficiently suggest a religious stance, one site even urges us to "worship ourselves" by creating a shrine to oneself, which might include photos (probably "selfies"), favorite items of jewelry, and "nice smelling things such as perfume, candles or incense"' The self may seem like a patently false deity to worship, but it is no more—and no less—false than the God enshrined in recognized religions. Neither the self nor God is demon­strably present to everyone. Both require the exertion of belief

In today's capitalist culture the self has been further ob­jectified into a kind of commodity demanding continual effort to maintain—a "brand:' Celebrities clearly have well-defined "brands," composed of their talents, if any, their "personalities," and their physical images, all of which can be monetized and sold. 

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Even lowly aspirants toward wealth and fame are encouraged to develop a brand and project it confidently into the world, and never mind if it is indistinguishable from that of millions of other people—cheerful, upbeat, and "positive-thinking" has been a favorite since the 1950s, both for office workers and CEOs. If some darker self, containing fears, resentments, and doubts, re­mains under your carefully constructed exterior, it is up to you to keep it under wraps. Internal "affirmations"—"i am confident, I am lovable, and I will be successful"—are thought to do the trick.

What could go wrong? Of course, with the introduction of "self-knowledge" and "self-love," one enters an endless hail of mirrors: How can the self be known to the self, and who is doing the knowing? If we love ourselves, who is doing the loving? This is the inescapable paradox of self-reflection: How can the self be both the knower and the content of what is known, both the subject and the object, the lover and that which is loved? Other people can be annoying, as Sartre famously suggested, but true hell is perpetual im­prisonment in the self. Many historians have argued that the rise of self-awareness starting in roughly the seventeenth century was associated with the outbreak of an epidemic of

"melancholy" in Europe at about the same time, and subjec­tive accounts of that disorder correspond very closely with

what we now call "depression." ° Chronic anxiety, taking the form of "neurasthenia" in the nineteenth century, seems to be another disease of modernism. The self that we love and nurture turns out to be a fragile, untrustworthy thing.

Unlike the "soul" that preceded it, the self is mortal. When we are advised to "come to terms with" our mortal‑

ity, we are not only meant to ponder our decaying corpses, but the almost unthinkable prospect of a world without us

in it, or more precisely, a world without me in it, since I can, unfortunately, imagine a world without other people, even those I love most. A world without me, without a con­scious "subject" to behold it, seems inherently paradoxical. As philosopher Herbert Fingarette writes:

Could I imagine this familiar world continuing in exis­tence even though I no longer exist? If I tried, it would be a world imagined by me.... Yes, I can imagine a world with­out me in it as an inhabitant. But I can't imagine a world as unimagined by me. My consciousness of that world is in-eliminable, and so, too, therefore, is my reaction to it. But this falsifies the meaning of my death, since its distinctive feature is that there won't be consciousness of, or reaction to, anything whatsoever. 11

We are, most of the time, so deeply invested in the idea of an individual conscious self that it becomes both logically and emotionally impossible to think of a world without it. A physician who had narrowly escaped death more than once writes:

Whenever I've tried wrapping my mind around the con­cept of my own demise—truly envisioned the world con­tinuing on without me, the essence of what I am utterly gone forever—I've unearthed a fear so overwhelming my mind has been turned aside as if my imagination and the idea of my own end were two magnets of identical polarity, unwilling to meet no matter how hard I tried to make them.

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We may all imagine that some trace of ourselves will persist in the form of children and others whom we have influenced, or through the artifacts and intellectual prod­ucts we leave behind. At the same time I know, though, that the particular constellation of memories, fantasies, and am­bitions that is, for example, me will be gone. The unique—or so I like to imagine—thrum of my consciousness will be silenced, never to sound again. "All too often," wrote philosopher Robert C. Solomon, "we approach death with the self-indulgent thought that my death is a bad thing be­cause it deprives the universe of me" (italics in the original).13 Yet if we think about it, the universe survives the deaths of about fifty-five million unique individuals a year quite nicely.

In the face of death, secular people often scramble to ex­pand their experiences or memorialize themselves in some lasting form. They may work their way through a "bucket list" of adventures and destinations or struggle to complete a cherished project. Or if they are at all rich or famous, they may dedicate their final years and months to the creation of

a legacy, such as a charitable foundation, in the same spirit as an emperor might plan his mausoleum. One well-known

public figure of my acquaintance devoted some of his last months to planning a celebration of his life featuring adu­latory speeches by numerous dignitaries including himself. Sadly, a couple of decades later, his name requires some ex­planation.

So the self becomes an obstacle to what we might call, in the fullest sense, "successful aging." I have seen accom­plished people consumed in their final years with jockeying for one last promotion or other mark of recognition, or crankily defending their reputation against critics and po­tential critics. This is all that we in the modern world have learned how to do. And when we acquire painful neuroses from our efforts to promote and protect ourselves, we often turn to forms of therapy that require us to burrow even more deeply into ourselves. As Amundson writes, "the psy­chotherapy patient looks within for the truth, and comes away, not with anything that is considered universally valid or absolute in a metaphysical sense, but with a heightened and intensified devotion to such individualistic creeds as 'being true to oneself,' 'loving oneself,' and 'practicing self-care."' 14

There is one time-honored salve for the anxiety of ap­proaching self-dissolution, and that is to submerge oneself into something "larger than oneself," some imagined super-being that will live on without us. The religious martyr dies for God, the soldier for the nation or, if his mind cannot encompass something as large as the nation, at least for the regiment or platoon. War is one of the oldest and most widespread human activities, and warriors are expected to face death willingly in battle, hoping to be memorialized in epics like the Iliad or the Mahabharata or in one of the war monuments that have sprung up since the nineteenth century. For frightened soldiers or, later, their grieving sur­vivors, dying is reconfigured as a "sacrifice"—the "ultimate

sacrifice"—with all the ancient religious connotations of an offering to the gods. And in case thoughts of eventual glory

are not enough to banish fear, the US military is increas­ingly adopting the tools of alternative medicine, including meditation, dietary supplements, and reiki.'5 

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From San Diego up to Maine

The expecta­tion, though, is that true soldiers die calmly and without In every mine and mill

regret. As Winston Churchill said of poet and World War I Where workers strike and organize

recruit Rupert Brooke: Says he, You'llfindJoe Hill 17

He expected to die: he was willing to die for the dear En­gland whose beauty and majesty he knew: and he advanced towards the brink in perfect serenity, with absolute con­viction of the rightness of his country's cause and a heart devoid of hate for fellow-men. 16

But you don't have to be a warrior to face death with equanimity. Anyone who lives for a cause like "the revolu­tion" is entitled to imagine that cause being carried on by fresh generations, so that one's own death becomes a tem­porary interruption in a great chain of endeavor. Some stumble and fall or simply age out, but others will come along to carry on the work. As an old labor song about Joe Hill, a labor activist who was framed for murder and exe­cuted in 1915, tells us, it's as if death never happened at all:

I dreamed lsaw Joe Hill last night Alive as you or me

Says I, But Joe, you're ten years dead I never died, says he

In ever  died, says he...

Where working men are out on strike .Joe Hill is at their side

Joe Hill is at their side

The revolutionary lives and dies for her people, secure in her belief that someone else will pick up the banner when she falls. To the true believer, individual death is incidental. A luta continua.

The idea of a super-being that will outlive us as individ­uals is not entirely delusional. Human beings are among the most sociable of living creatures. Studies of orphaned infants in World War II showed that even if kept warm and adequately fed, infants who were not held and touched "failed to thrive" and eventually died.18 Socially isolated adults are less likely to survive trauma and disease than those embedded in family and community. We delight in occasions for unified, collective expression, whether in the form of dancing, singing, or chanting for a demagogue. Even our most private thoughts are shaped by the structure of language, which is of course also our usual medium of in­teraction with others. And as many have argued, we are ever more tightly entangled by the Internet into a single global mind—although in a culture as self-centric as ours, the In­ternet can also be used as a mirror, or a way to rate ourselves by the amount of attention we are getting from others, the number of likes.

It is the idea of a continuous chain of human experience and endeavor that has kept me going through an unexpect­edly long life. I will stumble and fall; in fact, I already stumble a lot, but others will pick up the torch and continue the race. 

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It's not only "my work"—forgive the pompous phrase—that I bequeath to my survivors but all the mental and sensual pleasures that come with being a living human: sitting in the spring sunshine, feeling the warmth of friends, solving a difficult equation. All that will go on without me. I am content, in the time that remains, to be a transient cell in the larger human super-being.

But there are flaws in this philosophic perspective. For one thing, it is entirely anthropocentric. Why shouldn't our "great chain of being" include the other creatures with which we have shared the planet, the creatures we have mar­tyred in service to us or driven out of their homes to make way for our expansion? Surely we have some emotional at­tachment to them, even if it is hard to imagine passing the figurative torch to dogs or, in one of the worst scenarios, in­sects and microbes.

Then there is a deeper, more existential problem with my effort to derive some comfort from the notion of an ongoing human super-being: Our species itself appears to be mortal and, in many accounts, imminently doomed, most likely to die by our own hand, through global warming or nuclear war. Some scientists put the chance of a "near extinction event," in which up to 10 percent of our species is wiped out, at a little over 9 percent within a hundred years.19 Others doubt our species will survive the current century. As environmen­talist Daniel Drumright writes—and I can only hope he is an alarmist—with the growing awareness of extinction, "We're dealing with a discovery of such epic proportion that it sim­ply reduces everything in existence to nothing." He goes on to say that our emerging circumstances require "a diabolic consciousness to which no living human being has ever had to bear witness. It is an awareness which requires a degree of emotional maturity that's almost indistinguishable from in­sanity within western culture."20

If your imagination is vigorous enough, you may take comfort from the likely existence of other forms of life throughout the universe. Earth-sized planets abound, poten­tially offering other habitats similar to our own, with rea­sonable temperatures and abundant water. In addition, sci-fi fans know that our vision of life based on carbon and water is likely to be far too provincial. There may be life forms based on other chemicals, or self-reproducing entities that do not even consist of conventional matter—patterns of energy bursts, oscillating currents, gluttonous black holes; already we have artificial life in the form of computer programs that can reproduce and evolve to meet changing circumstances. And—who knows?—some of these "life" forms may be suit­able heirs for our species, capable of questing and loving.

But even here our yearning for immortality runs into a wall, because the universe itself will come to an end if cur­rent predictions are borne out, whether in 2.8 or 22 billion years from now, which of course still gives us plenty of time to get our things in order. In one scenario there will be a "big crunch" in which expansionist forces will rip even atoms apart. In another, the night sky will empty out, the huge void spaces now separating galaxies will grow until they swallow everything. Vacuum and perfect darkness will prevail. Both scenarios lead to the ultimate nightmare of a world "without us in it," and it is infinitely bleaker than a

world without our individual selves—a world, if you can call it that, without anything in it, not the tiniest spark of consciousness or wisp of energy or matter. To cruelly para­phrase Martin Luther King, the arc of history is long, but it bends toward catastrophic annihilation.

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CH 12  Killing the Self, Rejoicing in a Living World

Philosophically, we have painted ourselves into a cor­ner. On the one hand, we posit a lifeless material world. As the twentieth-century biochemist Jacques Monod put it, in what I can only imagine was a tone of bit­ter triumph, "Man at last knows he is alone in the unfeeling immensity of the universe. "1 On the other hand, we hold on to the perception of an endlessly fascinating self, bloated now by at least a century of self-love and self-absorption. We live like fugitives, always trying to keep one step ahead of the inevitable annihilation—one more meal, one more dollar or fortune to win, one more workout or medical screening. And we die. . . Well, we cannot die at all because the death of the self is unthinkable.

The traditional solution to this existential dilemma has been to simply assert the existence of a conscious agency other than ourselves, in the form of a deity, an assertion that has often been backed up by coercion. For about two thousand years, large numbers of people—today a clear ma­jority of the world's population 2—have either insisted that this deity is a single all-powerful individual, or they have at least pretended to go along with the idea. 

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Perhaps to make this remote and solitary god more palatable, the "world religions" also assert that he is all-good and all-loving, al­though this bit of PR had the effect of making him seem preposterous, since a good and loving god would not un­leash earthquakes or kill babies. Belief in such a deity takes considerable effort, as many Europeans discovered after the eighteenth-century earthquake that destroyed Lisbon. But it is an effort that most people are willing to make since the alternative is so ghastly: How can anyone live knowing that they will end up as a pile of refuse? Or, as atheists are often asked, how can we die knowing death is followed only by nothingness?

The rise of monotheism has been almost universally hailed by modern scholars as a great moral and intellectual step forward. In myth, the transition to monotheism some­times occurred as a usurpation of divine power by a partic­ular polytheistic deity within a larger pantheon: Yahweh, for example, had to drive out the earlier Canaanite gods like Asherah and Baal. Politically, the transition could occur suddenly by kingly decree, as in the cases of the pharaoh Akhenaten, the Hebrew king Saul, and the emperor Con­stantine. The single God's exclusive claim to represent per­fect goodness (or, in the case of Yahweh, fierce tribal loyalty) proved, in turn, crucial in legitimating the power of the king, who could claim to rule by divine right. The system is ethically tidy: All morally vexing questions can be answered with the claim that the one deity is the perfection of good­ness, even if his motives are inscrutable to us.

But the transition to monotheism can also be seen as a long process of deicide, a relentless culling of the ancient gods and spirits until no one was left except an abstraction so distant that it required "belief." The "primitive"—and perhaps original—human picture was of a natural world crowded with living spirits: animals that spoke and under­stood human languages, mountains and rivers that encap­sulated autonomous beings and required human respect and attention. The nineteenth-century anthropologist Ed­ward Tylor termed this view of an inspirited world "ani­mism," and to this day, indigenous belief systems that seem particularly disorganized and incoherent compared to the great "world religions" like Islam and Christianity are also labeled—or perhaps we should say libeled—as animism.

Historically, animism was followed by polytheism. How the multitudinous spirits of animism congealed into dis­tinct deities is not known, but the earliest polytheistic reli­gion is thought to be Hinduism, arising in about 2500 BCE and still bearing traces of animism in the form of animal deities like Ganesh and Hanuman, as well as in rural shrines centered on rocks. The religions of the ancient Mediter­ranean world, the Middle East, and the southern part of the Western Hemisphere were all polytheistic, made possible by stratified societies capable of erecting temples and sup­porting a nonproductive priestly caste.

Not everyone went along cheerfully with the imposition of monotheism, which required the abandonment of so many familiar deities, animal gods, and spirits, along with their at­tendant festivities. The Egyptians reverted to polytheism as soon as Akhenaten died, while the Hebrew kings fought ruthlessly to suppress their subjects' constant backsliding to the old Canaanite religion. Within the monotheistic reli­gions too, there was a steady drift back toward polytheism. 

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The Christian God divided himself into the Trinity; saints proliferated within Christianity and Islam, the remnants of animism flourish alongside Buddhism (which, strictly speak­ing, shouldn't be considered a form of theism at all).

In the last five hundred years "reform" movements rushed in to curb these deviations. In Europe the Reforma­tion cracked down on the veneration of saints, downplayed the Trinity, and stripped churches of decoration, incense, and other special effects. Within Islam, Wahhabism sup­pressed Sufism, along with music and artistic depictions of living creatures. The face of religion became blank and featureless, as if to discourage the mere imagining of non­human agencies in the world.

It was the austere, reformed version of monotheism that set the stage for the rise of modern reductionist science, which took as its mission the elimination of agency from the natural world. Science did not set out to destroy the monotheistic deity; in fact, as Jessica Riskin explains, it ini­tially gave him a lot more work to do. If nature is devoid of agency, then everything depends on a "Prime Mover" to breathe life into the world.3 But science pushed him into a corner and ultimately rendered him irrelevant. When an iconic 1966 Time magazine cover echoed Nietzsche by ask­ing, "Is God Dead?" the word was out: We humans are alone in a dead universe, the last conscious beings left. This was the intellectual backdrop for the deification of the "self."

It is too late to revive the deities and spirits that en­ livened the world of our ancestors, and efforts to do so are invariably fatuous. But we can begin to loosen the skeletal grip of the old, necrophiliac science on our minds. In fact, for the sake of scientific rationality, we have to. As Jack­son Lears has written recently, the reductionist science that condemns the natural world to death "is not 'science per se but a singular, historically contingent version of it—a version that depends on the notion that nature is a passive mechanism, the operations of which are observable, pre­dictable, and subject to the law-like rules that govern inert matter."4

Only grudgingly, science has conceded agency to life at the cellular level, where researchers now admit that "deci­sions" are made about where to go and what other cells to kill or make alliances with. This gradual change of mind about agency at the microscopic level is analogous to the increasing scientific acceptance of emotion, reasoning, and even consciousness in nonhuman animals—which was be­latedly acknowledged at an international conference of neuroscientists in 2012. As for myself, I am not entirely satisfied with the notion of cellular decision making and would like to know more about how cells arrive at their decisions and how humans could perhaps intervene. But I no longer expect to find out that these decisions are "determined"—in the old Newtonian sense of, say, a rock falling in response to gravity, or by perhaps any forces or factors outside of the cell.


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The question I started with has to do with human health and the possibility of our controlling it. If I had known that this is just part of a larger question about whether

the natural world is dead or in some sense alive, I might have started in many other places, for example with fruit flies, viruses, or electrons that, according to the scientists who study them, appear to possess "free will" or the power to make 'decisions Wherever we look, if we look closely enough, we find nature defying the notion of a dead, inert universe. Science has tended to dismiss the innate activities of matter as Brownian motion or "stochastic noise"—the fuzziness that inevitably arises when we try to measure or observe something, which is in human terms little more than a nuisance. But some of these activities are far more consequential, and do not even require matter to incubate them. In a perfect void, pairs of particles and antiparticles can appear out of nowhere without violating any laws of physics. As Stephen Hawking puts it, "We are the product of quantum fluctuations in the very early universe. God really does play dice."6 Most of these spontaneously gener­ated particle pairs or "quantum fluctuations" are transient and flicker quickly out of existence. But every few billion years or so, a few occur simultaneously and glom together to form a building block of matter, perhaps leading, in a few billion more years, to a new universe.

Maybe then, our animist ancestors were on to something that we have lost sight of in the last few hundred years of rigid monotheism, science, and Enlightenment. And that is the insight that the natural world is not dead, but swarming with activity, sometimes perhaps even agency and inten­tionality. Even the place where you might expect to find quiet and solidity, the very heart of matter—the interior of a proton or a neutron—turns out to be animated with the ghostly flickerings of quantum fluctuations.7 I would not say that the universe is "alive," since that might invite mis­leading biological analogies. But it is restless, quivering, and juddering, from its vast vacant patches to its tiniest crevices.

I have done my feeble best here to refute the idea of dead matter. But the other part of the way out of our dilemma is to confront the monstrous self that occludes our vision, separates us from other beings, and makes death such an intolerable prospect. Susan Sontag, who spent her last cou­ple of years "battling" her cancer, as the common military metaphor goes, once wrote in her journal, "Death is un­bearable unless you can get beyond the 1.,',88 In his book on her death, her son, David Rieff, commented, "But she who could do so many things in her life could never do that,"9 and devoted her last years and months to an escalating se­ries of medical tortures, each promising to add some extra months to her life.

Just a few years ago, I despaired of any critical discussion of the self as an obstacle to a peaceful death without getting mired in the slippery realm of psychoanalysis or the even more intimidating discourse of postmodern philosophy. But a surprising new line of scientific inquiry has opened up in an area long proscribed, and in fact criminalized—the study of psychedelic drugs. Reports of their use in treating depression, in particular the anxiety and depression of the terminally ill, started surfacing in the media about a decade ago. The intriguing point for our purposes here is that these drugs seem to act by suppressing or temporarily abolishing the sense of "self."


204  205


The new research has been masterfully summarized in a

2015 article by Science writer Michael Pollan.'° In a typical trial, the patient—usually someone suffering from cancer—receives a dose of psiocybin, the active ingredient in "magic mushrooms," lies on a couch in a soothingly appointed room, and "trips' for several hours under the watchful eye of a physi­cian. When the drug wears off, the patient is asked to prepare a detailed chronicle of his or her experience and submit to frequent follow-up interviews. Pollan quotes one of the re­searchers, a New York University psychiatrist, on the prelimi­nary results:

People who had been palpably scared ofdeath—they lost their fear. The fact that a drug given once can have such an effect for so long [up to six months] is an unprecedented finding. We have never had anything like it in the psychiatric field. 11

When the subjective accounts of patients are supple­mented with scans to localize brain activity, it turns out that the drug's effect is to suppress the part of the brain concerned with the sense of self, the "default-mode net­work." The more thoroughly this function of the brain is suppressed, the more the patient's reported experience re­sembles a spontaneously occurring mystical experience, in which a person goes through "ego dissolution" or the death of the self—which can be terrifying—followed by a pro­found sense of unity with the universe, with which the fear of death falls away. And the more intense the psychedelic trip or mystical experience, the more strikingly anxiety and depression are abolished in the patient. A fifty-four-year-old TV news director with terminal cancer reported during his medically supervised psilocybin trip, "Oh God, it all makes sense now, so simple and beautiful." He added later, "Even the germs were beautiful, as was everything in our world and universe. "12 He died, apparently contently, sev­enteen months later. This sense of an animate universe is confirmed by the subjective account of a psiocybin expe­rience from a British psychologist who was otherwise well and not part of a laboratory study:

At a certain point, you are shifted into an animate, super­normal reality.... Beauty can radiate from everything that one sets one's eyes on, as though one had suddenly woken up more. Everything appears as if alive and in fluidic con-nection.13

In some ways, the ego or self is a great achievement. Cer­tainly it is hard to imagine human history without this internal engine of conquest and discovery. The self keeps us vigilant and alert to threats; vanity helps drive some of our finest accomplishments. Especially in a highly competi­tive capitalist culture, how would anyone survive without a well-honed, highly responsive ego? But as Pollan observes:

The sovereign ego can become a despot. This is perhaps most evident in depression, when the self turns on itself and un­controllable introspection gradually shades out reality. 14

The same sort of thing can be said of the immune system. It saves us time and again from marauding microbes, but it can also betray us with deadly effect. The philosopher!

206  207

immunologist Alfred Tauber wrote of the self as a metaphor for the immune system, but that metaphor can be turned around to say that the immune system is a metaphor for the self. Its ostensible job is the defense of the organism, but it is potentially a treacherous defender, like the Praeto­rian guard that turns its swords against the emperor. Just as the immune system can unleash the inflammations that ulti­mately kill us, the self can pick at a psychic scar—often some sense of defeat or abandonment—until a detectable illness appears, such as obsessive-compulsive disorder, depression, or crippling anxiety.

So what am I? Or, since individual personality is not the issue here, I might as well ask, what are you? First, the body: It is not a clumsy burden we drag around with us everywhere, nor is it an endlessly malleable lump of clay. Centuries of dissection and microscopy have revealed that it is composed of distinct organs, tissues, and cells, which are connected to form a sort of system—first conceived of as a machine, and more recently as a harmonious interlock­ing "whole?' But the closer we look, the less harmonious and smooth-running the body becomes. It seethes with cel­lular life, sometimes even warring cells that appear to have no interest in the survival of the whole organism.

Then, the mind, the conscious mind, and here I am rely­ing, appropriately I think, solely on subjective experience: We may imagine that the mind houses a singular self, an essence of "I-ness," distinct from all other selves and con­sistent over time. But attend closely, to your thoughts and you find they are thoroughly colonized by the thoughts of others, through language, culture, and mutual expectations.

The answer to the question of what I am, or you are, re­quires some historical and geographical setting.

Nor is there at the core of mind some immutable kernel. The process of thinking involves conflict and alliances be­tween different patterns of neuronal activity. Some patterns synchronize with and reinforce each other. Others tend to cancel each other, and not all of them contribute to our survival. Depression, for example, or anorexia or compul­sive risk taking, represent patterns of synaptic firing that carve deep channels in the mind (and brain), not easily con­trolled by conscious effort, and sometimes lethal for the organism as a whole, both body and mind. So of course we die, even without help from natural disasters or plagues: We are gnawing away at ourselves all the time, whether with our overactive immune cells or suicidal patterns of thought.

I began this book at a point where death was no longer an entirely theoretical prospect. I had reached a chronological status that could not be euphemized as "middle-aged" and the resulting age-related limitations were becoming harder to deny. Three years later, I continue to elude unnecessary medical attention and still doggedly push myself in the gym, where, if I am no longer a star, I am at least a fixture. In ad­dition, I retain a daily regimen of stretching, some of which might qualify as yoga. Other than that, I pretty much eat what I want and indulge my vices, from butter to wine. Life is too short to forgo these pleasures, and would be far too long without them.

Two years ago, I sat in a shady backyard around a table of friends, all over sixty, when the conversation turned to the age-appropriate subject of death. Most of those pres‑

ent averred that they were not afraid of death, only of any suffering that might be involved in dying.

208  209


 I did my best to assure them that this could be minimized or eliminated by insisting on a nonmedical death, without the torment of heroic interventions to prolong life by a few hours or days Furthermore, we now potentially have the means to make the end of life more comfortable, if not actually pleasant—hospices, painkillers, and psychedelics, even, in some places, laws permitting assisted suicide. At least for those who are able to access these, there is little personal suffering to fear. Regret, certainly, and one of my most acute regrets is that I will not be around to monitor scientific progress in the ar­eas that interest me, which is pretty much everything. Nor am I likely to witness what I suspect is the coming deep par­adigm shift from a science based on the assumption of a dead universe to one that acknowledges and seeks to under­stand a natural world shot through with nonhuman agency.

It is one thing to die into a dead world and, metaphor­ically speaking, leave one's bones to bleach on a desert lit only by a dying star. It is another thing to die into the actual world, which seethes with life, with agency other than our own, and, at the very least, with endless possibility. For those of us, which is probably most of us, who—with or without drugs or religion—have caught glimpses of this an­imate universe, death is not a terrifying leap into the abyss, but more like an embrace of ongoing life. On his deathbed in 1956, Bertolt Brecht wrote one last poem:

When in my white room at the Charité I woke towards morning

And heard the blackbird, I understood

Better. Alreadyfor some time

Ihad lost ailfear ofdeath. For nothing

Can be wrong with me ifY myself

Am nothing. Now

I managed to enjoy

The song of every blackbird after me too. 15

He was dying, but that was all right. The blackbirds would keep on singing.




214 ENDNOTES ENDNOTES 215


CHAPTER ELEVEN: THE INVENTION OF THE SELF

1. Henry Wadsworth Longfellow, "A Psalm of Life," Poetry Foundation, wwwpoetryfoundation.org!poems-and-poets/poems/detail/44644.

2. Gary Petty, "What Does the Bible Say About the 'Immortal Soul,'" Beyond Today, July 15, 1999, www.ucg.org!the-good-news! what-does-the-bible-say-about-the-immortal-soul.

3. Lionel Trilling, Sincerity andAuthenticity (Cambridge, MA: Har­vard University Press, 1973), 19.

4. Jean-Jacques Rousseau, The Confessions and Correspondence, Including the Letters toMalesherbes, trans. Christopher Kelly (Hanover, NH: University Press of New England, 1995), ebook, location 693.

2. John 0. Lyons, The Invention of the Se'f: The Hinge of Consciousness in the Eighteenth Century (Carbondale: Southern Illinois Univer­sity Press, 1978).

3. "Martin Guerre," Wikipedia, https:!/en.wikIpediaorj/ Martin-Guerre.

4. Garth Amundson, "Psychotherapy, Religion, and the Invention of the Self," Therapy View: Musings on the Work and Play ofPsy-chotherapy, November 1, 2015, https://'therapyviews.com,/2015/ 1 1/01!do-psychiatric-drugs-offer-a-meaningful-resolutionof. human-suffering!.

5. Marino Perez-Alvarez, "Hyperreflexivity as a Condition of Mental Disorder: A Clinical and Historical Perspective," Psi cothema 20, no.2 (2008):181-87.

6. "Worshiping Yourself," The Twisted Rope, March 6, 2014, https:/!thetwistedrope.wordpress.com/2014/03/06,'worshiping yourself!.

4. Barbara Ehrenreich, Dancing in the Streets:A History of Collective Joy (New York: Metropolitan Books, 2006).

5. Herbert Fingarette, Death: Philosophical Soundings (Chicago: Open Court, 1999),34-35.

6. Alex Lickerman, "Overcoming the Fear of Death," Psychology To­day, October 8, 2009, ww'psychologytoday.com!blog!happiness-in-world!200910!overcoming-the-fear-death.

6. Robert C. Solomon, Spiritualityfor the Skeptic: The Thoughtful Love ofLfi' (Oxford: Oxford University Press, 2006), 120.

7. Amundson, "Psychotherapy, Religion, and the Invention of the Self."

8. Noah Shachtman, "Troops Use 'Samurai' Meditation to Soothe PTSD," Wired, October 8, 2008, www.wired.com/2008/10/ samurai-soldier!.

9. "Rupert Brooke's Obituary in The Times,"

http:!!exhibits.lib.byu.edu/wwi!poets/rbobituary.html.

8. "Joe Hill," Union Songs, http:!!unionsong.com/u017.html.

9. Daniel Goleman, "The Experience of Touch: Research Points of a Critical Role," New York Times, February 2, 1988, www.nytimes.com/l 988!02!02!science!the-experience-of-touch-research-points-to-a-critical-role.html ?pagewanted=all.

10. Robinson Meyer, "Human Extinction Isn't That Unlikely," Atlan­tic, April 29, 2016, www.theatlantic.com!technology!archive! 2016!04!a-human-extinction-isnt-that-unlikely!480444!.

11. "The Irreconcilable Acceptance of Near-Term Extinction," Nature Bats Last, April 28, 2013, https:!!guymcpherson.com,'2013/04! the-irreconcilable-acceptance-of-near-term-extinction!.

234 ENDNOTES

CHAPTER TWELVE: KILLING THE SELF, REJOICING IN A

LIVING WORLD

1. "Jacques Monod," Today in Science History,

https : //todayinsci.com/M/Monodjacques/MonodJacques-Quotations.htm.

1. "The Triumph of Abrahamic Monotheism?," Religion Today, November 2, 2011, http://religion-today.blogspot.com/201 1/11/ triumph-of-abrahamic-monotheism.html.

3. Jessica Riskin, The Restless Clock: A History ofthe Centuries-Long Argument over What Makes Things Tick (Chicago: University of Chicago Press, 2016), 3.

1. Jackson Lears, "Material Issue," The Baffler, no. 32 (September 2016), https://thebaffler.com/salvos/material-issue-lears.

George Dvorsky; "Prominent Scientists Sign Declaration That Ani­mals Have Conscious Awareness, Just Like Us," Gizmodo, August 23, 2012, http://io9.gizmodo.com/5937356/prominent-scientists-sign-declaration-that-animals-have-conscious-awareness-just-like-us.

Stephen Hawking, "The Origin of the Universe," Hawking.org.uk, wwhawking.org.uk/the-origin-of-the-universe.html.

Rolf Ent, Thomas Ullrich, and Raju Venugopalan, "The Glue That Binds Us," ScientficAmeri can, May 2015, www.bnLgov/physics/ NTG/linkablejiles/pdf/SciAm-Glue-Final.pdf.

5. David Rieff, Swimming in a Sea ofDeath: A Son's Memoir (New York, Simon & Schuster, 2008), 167.

6. Ibid.

7. Michael Pollan, "The Trip Treatment," New Yorker, February 9, 2015, www.newyorker.com/magazine/2015/02/09/trip-treatment.

Ibid.

8. Ibid.

9. Simon G. Powell, Magic Mushroom Explorer: Psilocybin and the AwakeningEarth (South Paris, ME: Park Street Press, 2015), 30.

Pollan, "The Trip Treatment."

"Bertolt Brecht: When in My White Room at the Charité," repro­duced at Tom Clark Beyond the Pale, January 12, 2012, http://tomclarkblog.blogspot.com/2012/01/bertolt-brecht-when-in-my-white-room-at.html.

B Ehrenreich NATURAL CAUSES Ch 7 The War Between Conflict and Harmony

  


Barbara Ehrenreich 



CONTENTS

INTRODUCTION Ix

Chapter One: Midlife Revolt 1

Chapter Two: Rituals of Humiliation 14

Chapter Three: The Veneer of Science 32

Chapter Four: Crushing the Body 51

Chapter Five: The Madness of Mindfulness 71

Chapter Six: Death in Social Context 91

Chapter Seven: The War Between Conflict and Harmony 112

Chapter Eight: Cellular Treason 137

Chapter Nine: Tiny Minds 151

Chapter Ten: "Successful Aging" 162

Chapter Eleven: The Invention of the Self 181

Chapter Twelve: Killing the Self, Rejoicing in a Living World 197

NOTES 213

ABOUT THE AUTHOR 235

=====================

CHAPTER SEVEN The War Between Conflict and Harmony

If the body—or the "mindbody" or whatever we are in­dividually comprised of—somehow "wants" to act as a unified whole, then it should be easy enough to bring it un­der our conscious control. All we have to do is use the mind to encourage this natural urge toward wholeness, and in­evitably, with the help of meditation, yoga poses, and a mindfully abstemious diet, wellness will follow. It was that simple.

The concepts of wellness and wholeness first wafted into American culture in the 1970s along with the scent of patchouli—hence the later derogation of some nonstan­dard practices as "hippie bullshit." In matters related to health, the old paradigm had been scientific reductionism: To understand something, you first have to take it apart and, using techniques like dissection, microscopy, and the fractionation of tissue into subcellular fragments, study its constituent parts. But in the new paradigm, promoted by the counterculture of the 1960s but also traceable to Emer­son and any number of Eastern and European mystics, the focus was on the interconnections between the parts, and hence on the whole, which was increasingly assumed to be "more than the sum of its parts." In some versions, the en­tire cosmos was depicted as a single entity containing each one of us, or at least our souls or spirits—a perspective that seems more consistent with Eastern mysticism and the emerging psychedelic drug culture than dreary old math-ridden, reductionist science. According to counterculture chronicler Theodore Roszak, the hippies and flower chil­dren aimed for nothing less than "the subversion of the scientific world view itself"'

We may think of the counterculture as a laid-back philo­sophical stance opposed to the very concept of control, but holism opened a new avenue of control—exercised by the mind over the body. Mind and body were disconnected in the reductionist scheme of things; it was not even clear that they belonged in the same sentence. From a holistic viewpoint, though, they were continuous, forming almost a single substance, the "mindbody," which could be accessed through conscious effort. How exactly the mind-body con­nection works can be comically difficult to explain, as in a passage from a book called Integrative Holistic Health, Healing, and Transformation:

When the mind is filled with negative imaginings, anxiety and depression producing neuropeptides are created. Ad­ditionally, the limbic system [of the brain] gets caught in a continuous negative feedback loop resulting in the amyg-dala affecting the sympathetic response from the auto­nomic nervous system affecting bodily changes reminding

114 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 115

the individual of past trauma thus producing more anxiety and imaginings which affect the amygdala, etc.2

If you didn't understand that, don't worry. Aside from the syntactical disarray illustrated by this quote, it should be pointed out that there is no solid evidence that, aside from the effects of extreme stress, negative thoughts affect physical health, or that optimists live longer than pessimists.* Nevertheless, the author reassures us that "par­ticipating in a holistic health program or going to a practi­tioner often brings back a sense of control and hope, which, in and of itself can strengthen the body's capacity to fight disease and stay healthy."' An amulet would probably work just as well.

No new discoveries or scientific insights accompanied the new holistic paradigm. It was not based on a theory but on a sensibility that, by the late twentieth century, was gain­ing a measure of legitimacy from something that could not have been more temperamentally different from the coun­terculture. This was "systems analysis," a fad that first took hold in the world of corporate management. I would never have encountered it if I hadn't spent a few months work­ing as a "program policy analyst" at the New York City budget bureau. What that title meant exactly was never explained to me, nor was "systems analysis," which was be­ing installed in the city government by the Rand Corpo­ration and seemed to involve making decisions based on

* See my book Bright-Sided: How the Relentless Promotion of Positive Thinking

Has Undermined America.

quantitative data and doing it as "systematically" as possi­ble. (Although at any moment some new political priority could arise from the mayor's office to override the planners' logical and numerically sound recommendations.) The key insight was that human organizations such as armies, gov­ernments, and corporations, are "systems" or "complex sys­tems," like the human body itself, in which all the parts need to be considered together.

Oddly enough, given the assumed countercultural lin­eage of all things holistic, the chief promoter of systems analysis was a man surely innocent of psychedelic or mys­tical experience—Robert McNamara, the secretary of de­fense under Presidents Kennedy and Johnson. When he was plucked from the Ford Motor Company for the de­fense job, McNamara was initially shocked by the unsys-temlike nature of the Pentagon, where the different services—army, navy, and so forth—competed for re­sources with little or no centralized control. His solution had been to introduce a "program policy budget system," the template for the one I later encountered in the New York City Budget Bureau. In the military, as in the budget bureau, it seems to have been largely interpreted as an em­phasis on quantitative goals and metrics—most famously, "body counts." So, piling one irony on top of another, the effort to rationalize military planning found itself enlisted into the service of America's fundamentally irrational war in Vietnam, and that effort was vaguely in synch with coun-tercultural yearning for wholeness.

Perhaps the most spectacular, and most spectacularly wrong, application of systems analysis was the Gaia hypoth‑

116 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 117

esis, advanced by chemist and atmospheric scientist James Lovelock in 1974. Influenced by the increasingly popular science of ecology and made intuitively plausible by the first photos of our planet from space, the hypothesis pro­posed that Earth and all that live on it comprise a single "system," in fact, a self-regulating, living system in which the parts (humans, for example, or algae) interact to make Earth habitable for living creatures. That majestic image of a blue planet in space came to symbolize all that was good and desirable—wholeness, unity, ecology, interconnected­ness, peace, harmony. It also decorated the cover of the Whole Earth Catalog, which featured subsistence farming techniques, outdoor gear, and DIY technologies for hippies and geeks seeking self-sufficiency. Humans were subunits of that greater whole represented by the planet Earth, al­though unfortunately the smooth-running system that was Gaia has never figured out how to correct for the profligate human consumption of fossil fuels.

If systems analysis could not provide scientific backup for the new paradigm of wholeness, it at least helped rein­force its cultural legitimacy. As Encyclopedia.com tells us, in three sentences that are notable for containing the words "system" or "systems" nine times, the idea of systems was ev­erywhere, and seemed to embrace wholeness in any form:

During the second half of the twentieth century amalgams of the terms system and systems became ubiquitous. Com­puter and operating systems were joined by biological, business, and political systems. Systems science and systems engineering were complemented by systems management,

systems medicine, and the practice of looking at the earth as a system. 4

At times the notion of a "system" and a "whole" were al­most indistinguishable. For example, something called the "mindful economics movement" sought "to engage a holis­tic and systems analysis of economic problems associated with

capitalism 75 "Holistic"was good; anything i

ess  was a capitulation to the Enlightenment, science, capitalism, or whatever other evil force was believed to have smashed the human world into antagonistic fragments. To be holistic was to be kind, peaceable, and inclusive, which of course is how every vendor of services seeks to be seen. You can even find "holistic dentists," although a focus on any particular part of the body seems like a violation of holism.

It can be hard to discern any possible common ground between the two paradigms. At the extreme of scientific re­ductionism we have the fabled doctor who is so lost in the "parts" that he or she can no longer see the whole human, and refers to a patient as "the gall bladder in room 302." As we have seen in earlier chapters, medical education—beginning with the first corpse dissection—seems intent on removing any emotional connection between the patient and the physician. The patient is objectified, her conscious participation being required only in the form of "compli­ance." At the other extreme of congeniality would be the massage therapist I went to for lymphedema following surgery. She was a chatty, empathetic young woman, who in a dimly lit room gently fingered my chest and arms to the accompaniment of recorded trance music. (Not surpris‑

118 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 119

ingly, several sessions of this did nothing for the incipient swelling, which I insisted on measuring before and after.) To its critics, the scientific approach is cold, rationalist even, in the view of feminist theorist Vandana Shiva, "imperial­istic," while alternative approaches are soothing, nurturing, and somehow aligned with the cosmos. The philosophi­cal gap here is at least as great as the one thought to exist between science and religion—and wars have been fought over less.

Spats still breakout from time to time, as in 2005 when the Society for Neuroscience provoked protests by inviting the Dalai Lama to speak on meditation and mindfulness at its annual conference. But even by the late twentieth century a fertile area of overlap had opened up between science, particularly quantum physics, and what we might loosely call the counterculture. Timothy Leary, the LSD pi­oneer, and Werner Erhard, the founder of EST, were both attracted to quantum physics, which a layperson could readily sample at venues such as Big Sur and the Santa Fe Institute. Meanwhile, some scientists and historians of sci­ence were beginning to mutter about the need for a more holistic approach within science itself Philosopher of sci­ence Evelyn Fox critiqued reductionist biology's emphasis on "master molecules," such as DNA, at the expense of the whole organism. At a somewhat less respectable aca­demic level, the physicist Fritjof Capra discerned a conti­nuity between quantum mechanics and Eastern mysticism and asserted that the natural world was not made up of dis­crete subunits, but of interacting vibrations. The path was clear for the explosive growth of integrative medicine in the. twenty-first century, in which the philosophical contradic­tions between the different treatment modalities could be dismissed with a wave of a hand and a mumbled reference to quantum physics.

Holistic Biology

By the late twentieth century, there is no question that medical science needed some sort of paradigm shift, if only to accommodate the fact that a "whole person"—body in addition to mind—is not well represented by a cadaver. Not only do we think and feel, but we react to the world in microscopic ways that are not visible to our minds and not easily accessible to our willpower or control. We bleed when cut, and if we are lucky the blood clots without our conscious intervention. The "system". that is a whole person contains many levels and parts. Some are macroscopic and some are microscopic; some are material, such as an organ, others apparently immaterial, as in the case of thoughts. How they interact to create a stable, or at least briefly stable, system has been the ongoing challenge to biological science.

The assumption, which has been around long enough to be almost unquestioned, has been that all parts and layers of the body work in concert. When we talk about human biology we are of course talking about the biology of mul-ticellular beings composed of subunits like tissues and cells. All these tissues and cells are presumed to work in har­mony, each selflessly performing its assigned function, like obedient citizens of a benign dictatorship. Heart cells beat

120 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 121

in unison, liver cells store glucose, red blood cells carry oxygen. Anything else would be a disaster, right? Thus the

biology of multicellular beings is biased toward a holistic outlook. We aren't content to describe, say, a kidney; we want to know what its function is—what it does in service to the whole.

The assignment of functions to different parts or sub­units of the body goes back at least to the seventeenth cen­tury, when the English physician William Harvey figured out that the beating of the heart keeps the blood circulat­ing, although why circulation was important was still not clear at the time. Prior to this discovery, anatomists had been content to describe and locate the organs, leaving it to physiologists or metaphysicians to explain what the or­gans actually did and how they fit into the body as a whole. According to Harvey, the heart had a "function," and, as biologists quickly inferred, so must all other subunits and parts of the body. Pick up a contemporary biology textbook and you will find it thickly populated, by the word "func­tion," sometimes applied even to molecules. A 2014 cell biology textbook finds various ways of describing the com­mitment of cells and tissues to their functions: They have the "responsibility" or "task" of performing these functions, or they are said to be "specialized" to perform them,6 much like soldiers in an army or professors in a university.

Harvey's discovery revealed the body to be a kind of ma­chine, cleverly built up out of interconnecting, smoothly cooperating parts that had no volition of their own. As a seventeenth-century Italian anatomist proclaimed, "A hu­man body, as to its natural actions. . . is truly nothing else but a complex of chymico-mechanical motions, depending on such principles as are purely mathematical."' This me­chanical view, which still dominates biology today, in no way challenged religion: After all, an extraordinarily bril­liant designer must be behind the whole thing, or must at least have breathed life into some inert prior substance. And indeed the more we learn about how the body works, the more supernaturally marvelous its working seems. Con­sider how the body heals its wounds. First, a cascade of chemical reactions closes the lesion by making blood clot. At the same time, cells rush in from the bone marrow and other sites to chase out microbes, remove damaged tissue, and replace it with fresh, intact cells and tissues, so that we are prepared for any future wounds.

If the body is a perfect clockwork mechanism, this was, according to a cheap and dirty form of Darwinism, because perfection was inevitable. Bodily parts that didn't work, or work optimally, would be eliminated by natural selection, leaving only the "fittest" organisms to survive and breed. In the sociobiology that thrived in the 1960s, there was an evolutionary rationale for everything, and any trait or phys­ical characteristic that did not contribute to the survival of the species would be weeded out as a waste of energy. This led to a noxious defense of the status quo, often denounced by feminists as "determinism": We are the way we are—say, warlike or male supremacist—because to be any other way would be less "fit," and the sculptor that shaped us this way is not God but natural selection.

The trouble was that many things cannot be explained in terms of "fitness," including vestigial characteristics like

122 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 123

male nipples and the appendix, as well as purely structural features that just seem to be required by the available "de‑

signs" in our genomes. Biologists Stephen Jay Gould and

Richard Lewontin deemed that such structural features are the analog of "spandrels" in the design of cathedrals: They

don't "do" anything except to fill in a preexisting pattern

of arches. Natural selection, Gould and Lewontin pointed out, is not the only force governing evolution, nor had

Darwin ever suggested that it was. Changes in the environment—climate changes or the sudden arrival of an asteroid—can cause the extinction of whole species that may have been supremely well adapted the moment before disaster struck. Meanwhile, apparently useless features like male nipples may be conserved over generations simply be­cause the plan for them remains in our genetic material.

So the unacknowledged bias in biology is optimistic, even utopian. Our bodies are perfectly adapted to the environment—or at least to the environment our distant ancestors faced—and they are that way because they could be no other way. In their critique of evolutionary biology, Gould and Lewontin invoked Voltaire's insanely optimistic Professor Pangloss, who had declared that everything was for the best in this "best of all possible worlds." The same could be said of the "functional" view of the body, which carries with it the assumption that all the parts and subunits act in harmony, ever alert to the needs of the whole. This is how we are introduced to biology as students—as the study of ideally functioning complex systems in which dis­ease and death are disappointing aberrations.

But all is not well in this best of all possible worlds, and the aberrations are too common, not to mention too dramatic, to dismiss. Consider cancer, which is one of the leading causes of death worldwide. Many cancers can be blamed on chemical agents or radiation from outside the body, such as cigarette smoke or occupational hazards like benzene, but so far only about 60 percent of cancers can be traced to particular carcinogens.' For example, no car­cinogens have been discovered to explain cancers of the breast, colon, or prostate. All we know is that individual cells within these organs sometimes break ranks and start reproducing madly, creating tumors that can destroy the en­tire organism. Or consider autoimmune diseases, such as rheumatoid arthritis and multiple sclerosis, which afflict 5 to 8 percent of the population and arise when the immune system abandons its designated "function," which is to pro­tect the body, and attacks the body itself 9 The body's own immune cells have also been implicated in the development of coronary artery disease, the greatest single cause of mor­tality in the United-States and Europe.

The functionalist view of the body is still immensely helpful, but only if we remember that it is an approxima­tion. Most skin cells, for example, behave as we would ex­pect them to if their functions are to serve as a protection against the outside world, to perspire, and to provide us with tactile experience. But some will become cancerous and attempt to take over the entire body—and what is the "function" of melanoma? We need to admit that instead of acting as a harmonious whole, the body can serve as a bat­tleground where its own cells and tissues meet in mortal combat.

124 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 125

The potential theoretical basis for intrabody conflict had been laid out by Rudolf Virchow in the late nineteenth

century, when he proposed that the smallest living subunit

of the body was the cell, and that all cells arose from other cells. It was the latter proposition, expressed as Omnis eel‑

lula e cellula, that tended to attract the most attention

because it implied that even the most ferocious cancer cell was the descendant of a peaceable, law-abiding healthy cell.

But in some ways it was the first proposition—that the cell was the smallest living subunit of the body—that per­haps should have generated more excitement. At the time

of Virchow's work, other biologists were beginning to suc­ceed in cultivating body cells outside of the body—in what

came to be called "tissue cultures," bathed in a nutrient fluid such as a serum. The stage was set, by the beginning of the twentieth century, for a thorough study of these curious microscopic entities—cells—that make up living organisms.

But this was the road not taken. The middle of the twen­tieth century brought the stunning discovery of the struc‑

ture of DNA and its role in heredity. Almost overnight,

biology entered its extreme reductionist phase, zipping right past cells to get to the more glamorous molecular level,

where DNA, RNA, and proteins ruled. Cancer research

came to focus on the DNA mutations that predispose cells to a career of selfish reproduction. Immunology down­played the cellular dynamics of the immune system in favor of an obsession with antibodies—the protein molecules that can mark a "foreign" cell, like a microbe, for destruction—although it is chiefly specialized immune cells called macrophages that do the destroying. My first thesis adviser at Rockefeller University won a Nobel Prize for elucidating the structure of antibody molecules. My second thesis adviser got far less recognition, and a much smaller lab, for his work on how macrophages kill and digest their prey.

Cancer is hard enough to explain: Why would a cell un­dertake a campaign of conquest that can only end in that cell's own death? But cancer is commonly traced to errors in cell division, and it is easy to imagine such errors lead­ing a healthy cell to produce two cancerous daughter cells. Autoimmune diseases, like rheumatoid arthritis and multi-pie sclerosis, in which the immune system attacks healthy tissue within the body, pose a more vexing philosophical problem for biology. It is possible to imagine a single cell producing cancerous offspring, but it is not so easy to see how the many delicate mechanisms making up the immune response—which involve interactions between multiple types of cells—could be mobilized against the body's own tissues. Posed with the possibility of such an attack, bi­ologist Paul Ehrlich simply postulated the existence of a built-in horror autotoxicus, or "horror of self-poisoning," that would somehow prevent such hideous mistakes. How could there not be such a thing, since "life cannot harm it­self," as the "dogma" of horror autotoxicus put it? For an organism to undermine itself would be, in Ehrlich's words, "dysteleological in the highest degree,"° meaning that it would serve no purpose.

Fifty years later, in the middle of the twentieth century, the Australian immunologist Frank Macfarlane Burnet took Ehrlich's dictum about the impossibility of auto‑

126 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 127

immune disorders a little further when he proclaimed that the true function of the immune system was a meta‑

physical one: to distinguish "self" and "non-self"—the

latter being foreign material such as microbes and the former being one's own tissues. These are terms drawn

from psychology or philosophy; they are "nebulous," as philosopher of science Alfred I. Tauber has pointed out, adding that "the self can hardly be viewed as a scientific concept."" In fact, it was barely even a concept at all un­til about the seventeenth century, when languages such as English and German began to use the word "self" as something other than an intensifier (as in "I did it myself"). Then, as we shall see in a later chapter, the "self" began to replace the "soul" as a special kind of kernel within each individual, walled off in part from everyone else. Attention turned inward, as people were encouraged to know themselves through, for example, the widespread use of mirrors, the writing of journals and autobiographies, and the painting of portraits, often self-portraits. "Western individualism" was born, along, eventually, with psychoanalysis and any number of afflic­tions of the self.

So why did Burnet choose such a "nebulous" and patently unscientific concept to explain the work of the immune system? Some scholars have speculated that he was influenced, like so many people of his class, by Freud, and perhaps actually attracted by the aura of subjectivity that hovers around the notion of the self. He could, after all, have used some other term like "the organism" or "the individual" to describe what the immune system is trying to maintain. But if he was looking for a way to talk about the organism versus the "others," generally meaning for­eign invaders like microbes, the self/non-self distinction was apt enough. At the heart of immunology is a military metaphor: Non-self is the enemy, usually represented by a bacterium or a virus, and has to be destroyed by the immune system, while "self," meaning the body's own tis­sues, of course has to be left alone. For example, a popular 1987 book, optimistically entitled The Body Victorious, described the immune system as

reminiscent of military defence, with regard to both weapon technology and strategy. Our internal army has at its disposal swift, highly mobile regiments, shock troops, snipers, and tanks. We have soldier cells which, on contact with the enemy, at once start producing homing missiles whose accuracy is overwhelming... [as well as] reconnais­sance squads, an intelligence service and a defence staff which determines the location and strength of troops to be deployed.12

The military metaphor can even be tapped to help explain—or excuse—autoimmune diseases. Any human so­ciety within a spear's throw of potential enemies needs some kind of defensive force—minimally, an armed group who can defend against invaders. But there are risks to maintain­ing a garrison or, beyond that, a standing army: The warriors may get greedy and turn against their own people, demand­ing ever more food and other resources. Similarly, in the case of the body, without immune cells we would be helpless in

128 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 129

the face of invading microbes. With them, we face the possi­bility of treasonous attacks on our "selves"—the autoimmune diseases that Burnet at one point likened to "a mutiny in the forces of a country.13

In fact, no compelling evolutionary explanation for the

existence of autoimmune disease has been offered—just the excuse that the immune cells, despite their supposed func­tion of distinguishing self from non-self, sometimes make a "mistake." And why should that be? One popular hypothe­sis, proposed in 1989, is that the relatively hygienic environ­ments of affluent societies do not give immune cells enough

practice in facing their "real" enemies from the microbial world. They grow up, in other words, soft and pampered. But today there is increasing acknowledgment that the link between lack of childhood exposure is not one of cause and effect. One possibility is that highly hygienic environments may simply allow more children to live long enough to develop an autoimmune disease. 14 As Burnet commented, "one cannot discuss autoimmune disease without getting into deep water philosophically, "15

We could say, in retrospect, that Burnet was torn between two paradigms: One, the holistic, utopian one, saw the body or organism as a well-ordered mechanism, evolutionarily ordained to be exactly as it is. In the other emerging para­digm, which could be called dystopian, the organism is a site of constant conflict—as between cancer cells and normal cells or between the immune system and the other tissues in the body. The conflict may result in some sort of com­promise in which, for example, the disease settles into a chronic condition. Or it may end, sooner rather than later, in the death of the organism. These two paradigms, utopian and dystopian, may coexist in the same individual mind, Burnet's for example, but to my knowledge they have yet to square off in open combat. There however was a near collision in the early 1990s, for anyone who was paying attention, and it was not about autoimmune disease or can­cer, but about something more normal and apparently healthy—menstruation.

Blood Feuds

The onset of menstruation can be appalling, even terrify­ing, to the young girl who experiences it. There may be painful cramps, leaky tampons or pads, bouts of anemia. Yet, at least among the affluent and educated, every effort is made to normalize this oddly violent occurrence, even to prettify it. A parenting website advises:

It's also important for parents to paint the process of men­struation in a positive light. If a mother refers to her period as "the curse," her daughter might get a negative impression of the whole experience. Instead, mothers can explain that monthly periods are a natural and wonderful part of being a woman. After all, without them, women couldn't become mothers. 16

Undeterred by the question of why a twelve-year-old girl should find it "wonderful" that she is now capable of becom­ing pregnant, the positive pro-menstrual propaganda goes on

130 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 131

in its upbeat way. A writer for the American Psychological Association offers "another way to keep-it-positive":

Some parents have successfully put together a Welcome to Womanhood Basket that might include chocolate, a heat­ing pad, hygiene supplies and perhaps a good book on the topic (or a novel from her favorite author), if she doesn't al­ready have one. 17

Somehow, the gift of a heating pad and hygiene supplies may seem more ominous than welcoming.

In the "positive" view, menstruation has a serious bi­ological function. Every month, at least in humans, the lining of the uterus grows thick, supposedly to provide a soft cushion for any fertilized eggs that find their way into it. If no embryo implants, the uterus sheds this lining, if only because it would be costly, in a caloric sense, to main­tain it—hence the mess of blood and tissue fragments that make up the menstrual discharge. But repeated monthly over decades, the shedding of the uterine lining is itself very costly; women typically lose a pint of blood a year and sometimes several more, creating the risk of anemia. So, if natural selection prevails, and if it works to optimize a species' fitness, why do we menstruate so copiously? In par­ticular, why do humans lose so much more blood than any other creature?

The answer—or at least an answer—came from an un­likely source. In 1993, Margie Profet, a thirty-five-year-old with no academic background in biology, proposed that the real function of menstruation is to cleanse the vagina of

pathogens that may have been introduced by an intruding penis.'8 I welcomed her hypothesis, which seemingly made the case that menstruation is not a result of female "un­cleanness," as patriarchal religions had insisted. Catholic churches, for example, had barred menstruating women;

Jewish law required women to undergo a ritual bath after their periods. But according to Profet's theory, menstrua‑

tion, for all its messiness, was actually an effort to maintain

the naturally pristine condition of the female body—a sort of douche in reverse. Within a couple of years, Profet had

won a MacArthur "genius award" and been profiled in Sci‑

entfic American, Omni, Time, and People. She became the exemplar of the kind of optimistic biology in which every‑

thing "happens for a reason," that reason being to preserve the individual organism and propagate the species. There was still conflict in her model, but only the ancient conflict between humans (or other mammals) and their traditional enemy, microbes.

I tracked her down in the late 1990s to ask a question based on my years of study into the effect of animal preda‑

tors on human evolution and history, plus my own experi‑

ence of warnings you are likely to encounter in bear-ridden wild areas: Might not copious menstruation have been a

risk factor for predator attacks, especially in the carnivore-ridden "evolutionary environment"? Her terse answer—that "humans are not a cryptic species"—was biologically uninformed, since a "cryptic species" is not one that has to hide from predators but one that is morphologically identical to a species with a different genome. But mine was only one of a growing number of questions about her

132 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 133

theory. Other critics brought up the lack of data on the cleansing effect of the menstrual flow and her failure to ex‑

plain the fact that human menstruation is so much more copious than that of any other mammal. In fact, very few mammals menstruate at all, and the few that do—other

"higher" primates, some bats, and the elephant shrew—lose far less blood than humans, although there is no evidence

that the semen of their males is any less germ-ridden than

that of human males. Profet's other much-heralded theo­retical proposal—that the "morning sickness" characteristic

of human pregnancy served to protect the fetus from expo­sure to foods that might cause birth defects—was similarly assailed, and in about 2004, Margie Profet simply disap­peared, only to resurface in 2012 and rejoin her family of origin after a period of poverty and illness.19

Today the emerging scientific consensus about menstru­ation hinges on conflict within our species—a possibility

that would until recently have been deeply disturbing to bi‑

ologists. In this view, the buildup of the uterine lining does not serve to entice embryos to implant, but to prevent all

but the most robust and agile embryos from ever having a

chance. I will not attempt to trace the lineage of this coun­terintuitive idea, except to say that another renegade scien‑

tist, Robert Trivers of Rutgers, had argued in the 1970s that

the father and mother have different genetic interests at stake. Put crudely, the father "wants"—or more accurately, his genes should want—the embryos he has fertilized to

implant and live; the mother's interest is in destroying any potentially defective embryos that might waste her energy on a fruitless pregnancy. Trivers, who is no less a fascinat‑

ing character than Profet, deserves a book of his own, and in fact has written one, Wild Life, that has less to say about science than about his adventurous career, including his membership in the Black Panther Party and long residency in Jamaica. Maybe these experiences gave him the moxie to challenge the more harmonious and utopian tendencies in biology. Not only did he find deadly competition be­tween the sexes even in their most intimate moments, but he proposed that our genomes contain many stretches of DNA (often subsumed under the label "junk DNA") that are truly "selfish" in the sense that they

have discovered ways to spread and persist without con­tributing to organismal fitness. At times, this means encod­ing actions that are diametrically opposed to those of the majority of genes. As a consequence, most organisms are not completely harmonious wholes and the individual is, in fact, divisible. 20

Trivers's work seems to have emboldened his friend, Har­vard biologist David Haig, to offer a far more dystopian view of reproduction than anything Profet and her admir­ers could have imagined. In 1993, the same year that Profet published her work on menstruation, Haig put forth the surprising view that pregnancy was shaped by "maternal-fetal competition:' The fetus and the placenta that attaches it to the maternal bloodstream strive to extract more nutri­ents from the mother, while maternal tissue fights to hold on to its nutrients—often to the detriment of the mother. For example, the fetus may interfere with maternal insulin

134 NATURAL CAUSES THE WAR BETWEEN CONFLICT AND HARMONY 135

production, leading to elevated blood sugar levels that are injurious to the mother but deliciously nourishing to the fe­tus. Or the fetus and placenta may release chemicals that raise the mother's blood pressure—apparently to guarantee a ready flow of nutrients to the fetus—although at some risk to the mother and ultimately to the fetus as well.

But the maternal/fetal battle begins before implantation, when the embryo and its placenta have to fight their way through endometrial lining to get access to the maternal bloodstream. As evolutionary biologist Suzanne Sadedin, who once studied with Haig, wrote:

Far from offering a nurturing embrace, the endometrium is a lethal testing-ground which only the toughest embryos survive. The longer the female can delay that placenta reaching her bloodstream, the longer she has to decide if she wants to dispose of this embryo without significant cost. The embryo, in contrast, wants to implant its placenta as quickly as possible, both to obtain access to its mother's rich blood, and to increase her stake in its survival. For this reason, the endometrium got thicker and tougher—and the fetal placenta got correspondingly more aggressive. 21

In other words, a kind of arms race has gone on between the human endometrium and the human embryo/placental combination. Human placentas are extraordinarily tough fighters compared to those of other species, and our en-dometria are correspondingly thick and forbidding. Hence the uniquely heavy flow that human females experience—the cramps, bloodstained panties, and perhaps also the

widespread cultural notion that women are peculiarly dis­abled versions of men.

Many phases of women's reproductive cycle, from men­struation to labor, resemble the kind of inflammatory re­sponse the human body usually mounts when invaded by pathogens, except that in the reproductive case the targets are not pathogens but human cells and tissues. Menstru­ation, for example, is not the gentle, autumnal-sounding process of "shedding" an endometrial lining that it is usu­ally described as. When no embryo implants, the uterus releases chemical signals summoning immune cells to come in from the bloodstream and devour its thick endometrial lining, which quickly becomes a killing field, with the de­bris pouring out of the vagina. Fortunately, during most of human existence, thanks to frequent pregnancies and lengthy periods of lactation, human females probably en­dured very few menstrual periods during their lifetimes.

So far no adequate explanation has been found for the fact that among humans, about 80 percent of those who suffer from autoimmune diseases are female, suggesting that as holistic "systems," men are much better designed than women. Or it may be that we should see autoimmune dis­eases as just another part of the greater reproductive burden borne by women: All the inflammatory storms whipped up by menstruation and pregnancy may lead to a hazardous level of immune sensitivity, or, to put it in Burnet's vague philosophical terms, maybe pregnancy and the prepara­tions for it inherently blur the distinction between self and non-self.

But the point is that intrabody conflict—between cells

136 NATURAL CAUSES

and their own sibling cells within the same organism—is not confined to pathological conditions like cancer and autoimmune diseases, where it can be traced to a mutation or described as a "mistake." Deadly combat among cells is part of how the body, and especially the human body, con­ducts its normal business, which certainly includes repro­duction. If cells are alive and can seemingly act in their own interests against other parts of the body or even against the entire organism, then we may need to see ourselves less as smoothly running "wholes" that can be controlled by con­scious human intervention, and more as confederations, or at least temporary alliances, of microscopic creatures.

It is disconcerting to think of the biological self, or body, as a collection of tiny selves. The image that comes to mind is the grotesque portrait of a super-sized king in the fron­tispiece of philosopher Thomas Hobbes's Leviathan: On close inspection, the king turns out to be composed of hun­dreds of little people crowded into his arms and torso. Hobbes's point was that human societies need autocratic leaders; otherwise they risk degenerating into a "war of all against all." But no "king" rules the community of cells that makes up the body. Despite, or sometimes because of, all the communications—chemical and electrical—that con­nect the cells of the body, disagreements and mixed signals can always occur. What we need is a paradigm that includes not only the marvelous harmony within living organisms, but the conflicts that routinely break out.

"SUCCESSFUL AGING" 163


CHAPTER SEVEN: THE WAR BETWEEN CONFLICT AND

HARMONY

1. Quoted in David Kaiser, How the Hippies Saved Physics: Science, Counterculture, and the Quantum Revival (New York: W. W. Nor­ton, 2011), 266.

2. Penny Lewis, Integrative Holistic Health, Healing, and Transforma­tion: A Guidefor Practitioners, Consultants, and Administrators (Springfield, IL: Charles C. Thomas, 2002), 20.

1. Ibid., 21.

"Systems and Systems Thinking," Encyclopedia.com, www.encyclopedia.com/science/encyclopedias-almanacs-transcripts-and-maps/systems-and-systems-thinking.

Joel C. Magnuson, "Pathways to a Mindful Economy," Society and Economy 29, no.2 (2007): 253-84, wwwjstor.org/stable/ 41472084?seq= 1#page_scan_ tab _contents.

George Plopper, Principles of Cell Biology (Burlington, MA: Jones & Bartlett Learning, 2014).

"William Harvey," www.umich.eduI-'ece/student_projects/ anatomy/people_pages/harvey.html.

4. George Johnson, The Cancer Chronicles: UnlockingMedicine's Deepest Mystery (New York: Alfred A. Knopf, 2013), 143; Brett Is‑

226 ENDNOTES

rae!, "How Many Cancers Are Caused by the Environment?," Sci-entficAmerican via Environmental Health News, May 21, 2010, www.scientificamerican.com/article/how-many-cancers-are-caused-by-the-environment!.

9. DeLisa Fairweather and Noel R. Rose, "Women and Autoimmune Diseases," Emerging Infectious Diseases 10, no. 11(2004): 2005-1l,wwwnc.cdc.gov/eid/article/10/11/04-0367 article.

10. Quoted in Alfred I. Tauber, "Immunology and the Enigma of Self­hood," in Growing Explanations: Historical Perspective on Recent Science, ed. M. Norton Wise (Durham, NC: Duke University Press, 2004), 207.

10. Alfred I. Tauber, The Immune Se(fi Theory or Metaphor? (Cam­bridge: Cambridge University Press, 1994), 141.

9. Quoted in Emily Martin, "Toward an Anthropology of Immunol­ogy: The Body as Nation State," Medical Anthropology Quarterly, New Series, vol. 4, no.4 (December 1990): 410-26, quote on 411.

Quoted in Warwick Anderson and Ian R. Mackay, Intolerant Bodies: A Short History ofAutoimmunity (Baltimore: Johns Hop­kins University Press, 2014), 89.

12. Lois N. Magner, A History ofinfectious Diseases and the Microbial World (Healing Society: Disease, Medicine, and History) (West­port, CT: Praeger, 2009), 205.

9. Quoted in Anderson and Mackay, Intolerant Bodies, 89.

"Talking to Your Child About Menstruation," KidsHealth, http:!/kidshealth.org!parent/positive/talk/ talk about menstruation.html#.

Karol Maybury, "A Positive Approach to Menarche and Menstrua­tion," Society for the Psychology of Women, American Psychological Association, www.apadivisions.org!division-35! news-events!news/menstruation.aspx.

"Margie Profet," Wikipedia, https:/!en.wikipedia.org!wiki! MargieProfet.

Brendan Maher, "Missing Biologist Surfaces, Reunites with Family," Nature.com, May 31, 2012, http:!!blogs.nature.com!news!2012!05! missing-biologist-surfaces-reunites-with-family.html.

Austin Burt and Robert Trivers, Genes in Conflict: The Biology of Selfish Genetic Elements (Cambridge, MA: Harvard University Press, 2006), 3.

Suzanne Sadedin, "What Is the Evolutionary Benefit or Purpose of Hay­ing Periods?," Quota, updated November 7, 2016, wwquora.com/ What-is-the-evolutionary-benefit-or-purpose-of-having-periods.