Hooking Up (10 page)
I don’t have the slightest doubt that what fascinated him about television was the possibility it might help make real Teilhard’s dream of the Christian unity of all souls on earth. At the same time, he was well aware that he was publishing his major works,
The Gutenberg Galaxy
(1962) and
Understanding Media
(1964), at a moment when even the slightest whiff of religiosity was taboo, if he cared to command the stage in the intellectual community. And that, I assure you, he did care to do. His father had been an obscure insurance and real estate salesman, but his mother, Elsie, had been an actress who toured Canada giving dramatic readings, and he had inherited her love of the limelight. So he presented his theory in entirely secular terms, arguing that a new, dominant medium such as television altered human consciousness by literally changing what he called the central nervous system’s “sensory balance.” For reasons that were never clear to me—although I did question him on the subject—McLuhan regarded television as not a visual but an “aural and tactile” medium that was thrusting the new television generation back into what he termed a “tribal” frame of mind. These are matters that today fall under the purview of neuroscience, the study of the brain and the central nervous system. Neuroscience has made
spectacular progress over the past twenty-five years and is now the hottest field in science and, for that matter, in all of academia. But neuroscientists are not even remotely close to being able to determine something such as the effect of television upon one individual, much less an entire generation.
The Gutenberg Galaxy
(1962) and
Understanding Media
(1964), at a moment when even the slightest whiff of religiosity was taboo, if he cared to command the stage in the intellectual community. And that, I assure you, he did care to do. His father had been an obscure insurance and real estate salesman, but his mother, Elsie, had been an actress who toured Canada giving dramatic readings, and he had inherited her love of the limelight. So he presented his theory in entirely secular terms, arguing that a new, dominant medium such as television altered human consciousness by literally changing what he called the central nervous system’s “sensory balance.” For reasons that were never clear to me—although I did question him on the subject—McLuhan regarded television as not a visual but an “aural and tactile” medium that was thrusting the new television generation back into what he termed a “tribal” frame of mind. These are matters that today fall under the purview of neuroscience, the study of the brain and the central nervous system. Neuroscience has made
spectacular progress over the past twenty-five years and is now the hottest field in science and, for that matter, in all of academia. But neuroscientists are not even remotely close to being able to determine something such as the effect of television upon one individual, much less an entire generation.
That didn’t hold back McLuhan, or the spread of McLuhanism, for a second. He successfully established the concept that new media such as television have the power to alter the human mind and thereby history itself. He died in 1980 at the age of sixty-nine after a series of strokes, more than a decade before the creation of the Internet. Dear God—if only he were alive today! What heaven the present moment would have been for him! How he would have loved the Web! What a shimmering Oz he would have turned his global village into!
But by 1980 he had spawned swarms of believers who were ready to take over where he left off. It is they, entirely secular souls, who dream up our fin de siècle notions of convergence for the Digital Age, never realizing for a moment that their ideas are founded upon Teilhard’s and McLuhan’s faith in the power of electronic technology to alter the human mind and unite all souls in a seamless Christian web, the All-in-One. Today you can pick up any organ of the digital press, those magazines for dot-com lizards that have been spawned thick as shad since 1993, and close your eyes and riffle through the pages and stab your forefinger and come across evangelical prose that sounds like a hallelujah! for the ideas of Teilhard or McLuhan or both.
I did just that, and in
Wired
magazine my finger landed on the name Danny Hillis, the man credited with pioneering the concept of massively parallel computers, who writes: “Telephony, computers, and CD-ROMs are all specialized mechanisms we’ve built to bind us together. Now evolution takes place in microseconds … We’re taking off. We’re at that point analogous to when single-celled organisms were turning into multicelled organisms. We are amoebas and we can’t figure out what the hell this thing is that we’re creating … We are not evolution’s ultimate product. There’s something coming after us, and I imagine it is something wonderful. But we may never be able to comprehend
it, any more than a caterpillar can comprehend turning into a butterfly.”
Wired
magazine my finger landed on the name Danny Hillis, the man credited with pioneering the concept of massively parallel computers, who writes: “Telephony, computers, and CD-ROMs are all specialized mechanisms we’ve built to bind us together. Now evolution takes place in microseconds … We’re taking off. We’re at that point analogous to when single-celled organisms were turning into multicelled organisms. We are amoebas and we can’t figure out what the hell this thing is that we’re creating … We are not evolution’s ultimate product. There’s something coming after us, and I imagine it is something wonderful. But we may never be able to comprehend
it, any more than a caterpillar can comprehend turning into a butterfly.”
Teilhard seemed to think the phase-two technological evolution of man might take a century or more. But you will note that Hillis has it reduced to microseconds. Compared to Hillis, Bill Gates of Microsoft seems positively tentative and cautious as he rhapsodizes in
The Road Ahead
: “We are watching something historic happen, and it will affect the world seismically.” He’s “thrilled” by “squinting into the future and catching that first revealing hint of revolutionary possibilities.” He feels “incredibly lucky” to be playing a part “in the beginning of an epochal change …”
The Road Ahead
: “We are watching something historic happen, and it will affect the world seismically.” He’s “thrilled” by “squinting into the future and catching that first revealing hint of revolutionary possibilities.” He feels “incredibly lucky” to be playing a part “in the beginning of an epochal change …”
We can only appreciate Gates’s self-restraint when we take a stab at the pages of the September 1998 issue of
Upside
magazine and come across its editor in chief, Richard L. Brandt, revealing just how epochally revolutionary Gates’s Microsoft really is: “I expect to see the overthrow of the U.S. government in my lifetime. But it won’t come from revolutionaries or armed conflict. It won’t be a quick-and-bloody coup; it will be a gradual takeover … Microsoft is gradually taking over everything. But I’m not suggesting that Microsoft will be the upstart that will gradually make the U.S. government obsolete. The culprit is more obvious. It’s the Internet, damn it. The Internet is a global phenomenon on a scale we’ve never witnessed.”
Upside
magazine and come across its editor in chief, Richard L. Brandt, revealing just how epochally revolutionary Gates’s Microsoft really is: “I expect to see the overthrow of the U.S. government in my lifetime. But it won’t come from revolutionaries or armed conflict. It won’t be a quick-and-bloody coup; it will be a gradual takeover … Microsoft is gradually taking over everything. But I’m not suggesting that Microsoft will be the upstart that will gradually make the U.S. government obsolete. The culprit is more obvious. It’s the Internet, damn it. The Internet is a global phenomenon on a scale we’ve never witnessed.”
In less able hands such speculations quickly degenerate into what all who follow the digital press have become accustomed to: Digibabble. All of our digifuturists, even the best, suffer from what the philosopher Joseph Levine calls “the explanatory gap.” There is never an explanation of just why or how such vast changes, such evolutionary and revolutionary great leaps forward, are going to take place. McLuhan at least recognized the problem and went to the trouble of offering a neuroscientific hypothesis, his theory of how various media alter the human nervous system by changing the “sensory balance.” Everyone after him has succumbed to what is known as the “Web-mind fallacy,” the purely magical assumption that as the Web, the Internet, spreads over the globe, the human mind expands with it. Magical beliefs
are leaps of logic based on proximity or resemblance. Many primitive tribes have associated the waving of the crops or tall grass in the wind with the rain that follows. During a drought the tribesmen get together and create harmonic waves with their bodies in the belief that it is the waving that brings on the rain. Anthropologists have posited these tribal hulas as the origin of dance. Similarly, we have the current magical Web euphoria. A computer is a computer, and the human brain is a computer. Therefore, a computer is a brain, too, and if we get a sufficient number of them, millions, billions, operating all over the world, in a single seamless Web, we will have a superbrain that converges on a plane far above such old-fashioned concerns as nationalism and racial and ethnic competition.
are leaps of logic based on proximity or resemblance. Many primitive tribes have associated the waving of the crops or tall grass in the wind with the rain that follows. During a drought the tribesmen get together and create harmonic waves with their bodies in the belief that it is the waving that brings on the rain. Anthropologists have posited these tribal hulas as the origin of dance. Similarly, we have the current magical Web euphoria. A computer is a computer, and the human brain is a computer. Therefore, a computer is a brain, too, and if we get a sufficient number of them, millions, billions, operating all over the world, in a single seamless Web, we will have a superbrain that converges on a plane far above such old-fashioned concerns as nationalism and racial and ethnic competition.
I hate to be the one who brings this news to the tribe, to the magic Digikingdom, but the simple truth is that the Web, the Internet, does one thing. It speeds up the retrieval and dissemination of information, partially eliminating such chores as going outdoors to the mailbox or the adult bookstore, or having to pick up the phone to get hold of your stockbroker or some buddies to shoot the breeze with. That one thing the Internet does, and only that. All the rest is Digibabble.
May I log on to the past for a moment? Ever since the 1830s, people in the Western Hemisphere have been told that technology was making the world smaller, the assumption being that only good could come of the shrinkage. When the railroad locomotive first came into use, in the 1830s, people marveled and said it made the world smaller by bringing widely separated populations closer together. When the telephone was invented, and the transoceanic cable and the telegraph and the radio and the automobile and the airplane and the television and the fax, people marveled and said it all over again, many times. But if these inventions, remarkable as they surely are, have improved the human mind or reduced the human beast’s zeal for banding together with his blood brethren against other human beasts, it has escaped my notice. One hundred and seventy years after the introduction of the locomotive, the Balkans today are a cluster of virulent spores more bloodyminded
than ever. The former Soviet Union is now fifteen nations split up along ethnic bloodlines. The very Zeitgeist of the twenty-first century is summed up in the cry “Back to blood!” The thin crust of nationhoods the British established in Asia and Africa at the zenith of their imperial might has vanished, and it is the tribes of old that rule. What has made national boundaries obsolete in so much of Eastern Europe, Africa, and Asia? Not the Internet but the tribes. What have the breathtaking advances in communications technology done for the human mind? Beats me. SAT scores among the top tenth of high-school students in the United States, that fraction who are prime candidates for higher education in any period, are lower today than they were in the early 1960s. Believe, if you wish, that computers and the Internet in the classroom will change all that, but I assure you, it is sheer Digibabble.
than ever. The former Soviet Union is now fifteen nations split up along ethnic bloodlines. The very Zeitgeist of the twenty-first century is summed up in the cry “Back to blood!” The thin crust of nationhoods the British established in Asia and Africa at the zenith of their imperial might has vanished, and it is the tribes of old that rule. What has made national boundaries obsolete in so much of Eastern Europe, Africa, and Asia? Not the Internet but the tribes. What have the breathtaking advances in communications technology done for the human mind? Beats me. SAT scores among the top tenth of high-school students in the United States, that fraction who are prime candidates for higher education in any period, are lower today than they were in the early 1960s. Believe, if you wish, that computers and the Internet in the classroom will change all that, but I assure you, it is sheer Digibabble.
Since so many theories of convergence were magical assumptions about the human mind in the Digital Age, notions that had no neuroscientific foundation whatsoever, I wondered what was going on in neuroscience that might bear upon the subject. This quickly led me to neuroscience’s most extraordinary figure, Edward O. Wilson.
Wilson’s own life is a good argument for his thesis, which is that among humans, no less than among racehorses, inbred traits will trump upbringing and environment every time. In its bare outlines his childhood biography reads like a case history for the sort of boy who today winds up as the subject of a tabloid headline: DISSED DORK SNIPERS JOCKS. He was born in Alabama to a farmer’s daughter and a railroad engineer’s son who became an accountant and an alcoholic. His parents separated when Wilson was seven years old, and he was sent off to the Gulf Coast Military Academy. A chaotic childhood was to follow. His father worked for the federal Rural Electrification Administration, which kept reassigning him to different locations, from the Deep South to Washington, D.C., and back again, so that in eleven years Wilson attended fourteen different public schools. He grew up shy and introverted
and liked the company only of other loners, preferably those who shared his enthusiasm for collecting insects. For years he was a skinny runt, and then for years after that he was a beanpole. But no matter what ectomorphic shape he took and no matter what school he went to, his life had one great center of gravity: He could be stuck anywhere on God’s green earth and he would always be the smartest person in his class. That remained true after he graduated with a bachelor’s degree and a master’s in biology from the University of Alabama and became a doctoral candidate and then a teacher of biology at Harvard for the next half century. He remained the best in his class every inch of the way. Seething Harvard savant after seething Harvard savant, including one Nobel laureate, has seen his reputation eclipsed by this terribly reserved, terribly polite Alabamian, Edward O. Wilson.
and liked the company only of other loners, preferably those who shared his enthusiasm for collecting insects. For years he was a skinny runt, and then for years after that he was a beanpole. But no matter what ectomorphic shape he took and no matter what school he went to, his life had one great center of gravity: He could be stuck anywhere on God’s green earth and he would always be the smartest person in his class. That remained true after he graduated with a bachelor’s degree and a master’s in biology from the University of Alabama and became a doctoral candidate and then a teacher of biology at Harvard for the next half century. He remained the best in his class every inch of the way. Seething Harvard savant after seething Harvard savant, including one Nobel laureate, has seen his reputation eclipsed by this terribly reserved, terribly polite Alabamian, Edward O. Wilson.
Wilson’s field within the discipline of biology was zoology; and within zoology, entomology, the study of insects; and within entomology, myrmecology, the study of ants. Year after year he studied his ants, from Massachusetts to the wilds of Suriname. He made major discoveries about ants, concerning, for example, their system of communicating via the scent of sticky chemical substances known as pheromones—all this to great applause in the world of myrmecology, considerable applause in the world of entomology, fair-to-middling applause in the world of zoology, and polite applause in the vast world of biology generally. The consensus was that quiet Ed Wilson was doing precisely what quiet Ed Wilson had been born to do, namely, study ants, and God bless him. Apparently none of them realized that Wilson had experienced that moment of blazing revelation all scientists dream of having. It is known as the “Aha!” phenomenon.
In 1971 Wilson began publishing his now-famous sociobiology trilogy. Volume I,
The Insect Societies
, was a grand picture of the complex social structure of insect colonies in general, starring the ants, of course. The applause was well nigh universal, even among Harvard faculty members, who kept their envy and resentment on a hair trigger. So far Ed Wilson had not tipped his hand.
The Insect Societies
, was a grand picture of the complex social structure of insect colonies in general, starring the ants, of course. The applause was well nigh universal, even among Harvard faculty members, who kept their envy and resentment on a hair trigger. So far Ed Wilson had not tipped his hand.
The Insect Societies
spelled out in great detail just how extraordinarily diverse and finely calibrated the career paths and social rankings of insects were. A single ant queen gave birth to a million offspring in an astonishing variety of sizes, with each ant fated for a particular career. Forager ants went out to find and bring back food. Big army ants went forth as marauders, “the Huns and Tartars of the insect world,” slaughtering other ant colonies, eating their dead victims, and even bringing back captured ant larvae to feed the colony. Still other ants went forth as herdsmen, going up tree trunks and capturing mealybugs and caterpillars, milking them for the viscous ooze they egested (more food), and driving them down into the underground colony for the night, i.e., to the stables. Livestock!
spelled out in great detail just how extraordinarily diverse and finely calibrated the career paths and social rankings of insects were. A single ant queen gave birth to a million offspring in an astonishing variety of sizes, with each ant fated for a particular career. Forager ants went out to find and bring back food. Big army ants went forth as marauders, “the Huns and Tartars of the insect world,” slaughtering other ant colonies, eating their dead victims, and even bringing back captured ant larvae to feed the colony. Still other ants went forth as herdsmen, going up tree trunks and capturing mealybugs and caterpillars, milking them for the viscous ooze they egested (more food), and driving them down into the underground colony for the night, i.e., to the stables. Livestock!
But what steered the bugs into their various, highly specialized callings? Nobody trained them, and they did not learn by observation. They were born, and they went to work. The answer, as every entomologist knew, was genetics, the codes imprinted (or hardwired, to use another metaphor) at birth. So what, if anything, did this have to do with humans, who in advanced societies typically spent twelve or thirteen years, and often much longer, going to school, taking aptitude tests, talking to job counselors, before deciding upon a career?
The answer, Wilson knew, was to be found in the jungles of a Caribbean island. Fifteen years earlier, in 1956, he had been a freshly minted Harvard biology instructor accompanying his first graduate student, Stuart Altmann, to Cayo Santiago, known among zoologists as “monkey island,” off the coast of Puerto Rico. Altmann was studying rhesus macaque monkeys in their own habitat. This was four years before Jane Goodall began studying chimpanzees in the wild in East Africa. Wilson, as he put it later in his autobiography, was bowled over by the monkeys’ “sophisticated and often brutal world of dominance orders, alliances, kinship bonds, territorial disputes, threats and displays, and unnerving intrigues.” In the evenings, teacher and student, both in their twenties, talked about the possibility of finding common characteristics among social animals, even among those as outwardly different
as ants and rhesus macaques. They decided they would have to ignore glib surface comparisons and find deep principles, statistically demonstrable principles. Altmann already had a name for such a discipline, “sociobiology,” which would cover all animals that lived within social orders, from insects to primates. Wilson thought about that—
as ants and rhesus macaques. They decided they would have to ignore glib surface comparisons and find deep principles, statistically demonstrable principles. Altmann already had a name for such a discipline, “sociobiology,” which would cover all animals that lived within social orders, from insects to primates. Wilson thought about that—
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