Why are you unhappy?
Because 99.9 percent
Of everything you think,
And of everything you do,
Is for yourself –
And there isn’t one.
– Wei Wu Wei
Wei Wu Wei is the pen name of Terence Gray, a 20th-century, Anglo-Irish author of pithy provocations aimed, like the one in the epigraph, at the prevailing notion of selfhood. By flatly denying the existence of self, he means to shock us into realizing that the self we take for granted does not stand up to scrutiny. Like Eastern sages and Western post-modernists, Wei Wu Wei outs the current default self as a vacuous fabrication.
The purpose of this essay is to describe the current default self and suggest a new one that can withstand the post-modern critique and incorporate the findings of brain science. And there’s a bonus! Such a model of selfhood will turn out to be just what we need to keep our footing as the thinking machines we’re designing come to rival the brains Nature gave us.
Though preoccupied with self, most of us give little or no thought to the nature of selfhood. What do we mean when we invoke the self-referential pronouns — me, myself, and I?
Young children think of the self as the body. In adolescence, the sense of self shifts to the mind. With maturity, the mind monitors not only the outer world but itself, and we come to see our self as our “mind’s mind,” that is, as the interior observer who witnesses what’s going on, offers a running commentary on how we’re doing, and who consciously chooses when and how to interact with others.
To some, the witness feels like a little man in their head. It has even been billed as ‘captain of the soul.’ But sober reflection reveals that the witness is not calling the shots. The witness is simply one of many functions of the nervous system, one that tracks the rest.
The mind’s signature function is the minting of serviceable identities, which, as Shakespeare famously noted, it’s called upon to do throughout life. Since “All the world’s a stage… and one man in his time plays many parts,” we should never mistake a current identity for our “real” self.
To get a handle on the slippery self, It helps to think of brain tissue as hardware, and the ever-changing neural connections as software. Both computers and brains are vulnerable to flaws in their hardware and software, and both require an energy supply.
At present computers and brains work according to very different principles, but we should expect this difference to narrow. When computers work like brains, there is no reason to expect them not to do what brains do. And since the biological constraints on size and speed will be lifted in the “brains” we build, we’d better be prepared for them to perform as well as, or better than, ours do.
The first computers were free-standing machines. Later, we learned how to hook them up and the result was an enormous increase in computing power. A parallel shift in our notion of selfhood is called for. The current default self, subscribed to by most people most of the time, is a stand-alone model. The new default self, to be posited in this essay, is more like a computer network.
Most people speak as if they were separate, autonomous, independent beings, with minds and wills of their own. From early on, we’re told to “stand on our own two feet,” to “think for ourselves.” Self-reliance and self-sufficiency are touted as virtues; dependency, a weakness. We put the “self-made” man or woman on a pedestal and teach the young to emulate these role models.
Call this stand-alone self the “Singular Self.” Recognizing its limitations, the Singular Self is quick to ally with others, but not so quick to acknowledge — let alone compensate — them for their contributions.
The Singular Self is the current default self. It does not exist according to sages, scientists, and post-modern philosophers. But, better than flatly denying its existence, or exposing it as illusory, is to call it what it is: a useful lie.
The very name — “self” — is a misnomer. The term carries strong connotations of autonomy and individuality. It’s as if it were chosen to mask our interdependence. The self does not stand alone. On the contrary, the autonomous self and individual agency are both illusory. Selves depend on input from other selves to take form and to do anything. Deprived of inputs from others, selves are stillborn. Contrary to the name we call it by, the self is anything but self-sufficient.
Selves are not only more inclusive, they are also more extensive than commonly believed. They extend beyond our own bodies and minds to include what we usually think of as other selves. The situation is analogous to memory. We think of our memories as located in our mind but when you drive to town, it’s the road that holds the memory of the route, reminding you at every turn how to proceed.
So, too, is selfhood dispersed. Much of the information we require in order to function is stored outside our bodies and brains — in other brains, books, maps, machines, objects, databases, the Internet, and the cloud. We’re dependent on external inputs to accumulate enough excitation to reach the threshold of emission for specific behaviors.
As evidence accumulates that the “rugged individualism” of singular selfhood is a myth, and the profound interdependence of selves becomes apparent, our default self is gradually shifting from singular to plural. But until the co-dependent, co-creative nature of selfhood becomes obvious, a distinct term may come in handy. Call the emerging self the “Plural Self” (aka, the Superself.)
Sir Winston Churchill famously said, “In wartime, truth is so precious that she should always be attended by a bodyguard of lies.” The truth, long protected by the self-serving lie of the Singular Self, is the Plural Self.
Whereas the Singular Self downplays our mutual dependence, the Plural Self embraces interdependence. Whereas the Singular Self excludes, the Plural Self contains multitudes.The Singular Self prioritizes agency; the Plural Self, harmony.
The current ideological divide in politics stems from antithetical views of the self. Conservatives caution that a pluralistic notion of selfhood may inhibit individual agency, whereas Progressives argue that Singular Selfhood rationalizes an inequitable distribution of recognition and reward.
As ways are found to safeguard individual initiative from the inertia of more inclusive decision-making, the Plural Self will supplant the Singular Self as the new default self. With luck, this will happen in time to welcome intelligent machines into the club.
I explore this topic in depth in my book Genomes, Menomes, Wenomes: Neuroscience and Human Dignity, currently the top ranked book in neuropsychology in Amazon’s free Kindle Store.
6 Reasons You Can’t Win Why are you unhappy? Because 99.9 percent Of everything you think, And of everything you do, Is for yourself – And there isn’t one. – Wei Wu Wei
1. An interior witness acts as an impartial judge of our shifting fortunes, tracking our wins and losses. No matter what we have to show for ourselves, regardless of the evidence in our defense, questions remain, doubts persist, our Kafkaesque trial grinds on. Even in the event of acquittal, the feeling that we’ve fooled the jury creeps in. An unambiguous outcome in our favor is not an option. As Czech president Vaclav Havel noted, “The higher I am, the stronger my suspicion that there has been some mistake.” We can lose, but we can’t win.
2. As individuals, our point of view is inseparable from our personal history. Our sight is necessarily partial, our beliefs, unavoidably partisan. Unaware of what can’t be seen from the ground we stand on, winning is by accident, losing, the rule.
3. When we think we’ve won, Nature moves the goal posts. You win the game only to discover that you’re behind the eight ball in a new one. Explanation is never complete; new and better answers invariably present new and deeper questions. Return to go.
4. Dreams shatter on the rocks of reality; imagination runs aground on the shoals of practicality. Think of Don Quixote: If ever there was an impossible dreamer it was the Man from La Mancha.
In his quest for immortal fame, Don Quixote suffered repeated defeats. Because he obstinately refused to adjust ‘the hugeness of his desire’ to ‘the smallness of reality,’ he was doomed to perpetual failure. (Simon Leys after Miguel de Unamuno)
Our achievements pale beside the dreams that inspire them. When at last the Don realized that his dream was impossible, he returned home, put down his lance, and died.
5. We desire the eternal, but are bound in time. Death exempts no one; extinction annuls whole species, and likely won’t cut human beings any slack.
6. The heart, formerly the seat of the soul, is now seen as a pump made of muscle. The same unsentimental methodology is applicable to the brain. Not only will humans figure out how it works, they’ll build better ones. We’re on course to design beings who will supersede us. Hoist by our own petard!
For these reasons — our reach exceeds our grasp, we’re never good enough, Nature’s infinite depth, and implacable death — you can’t win.
3 Reasons You Can Win Anyway
Man is a creature who makes pictures of himself and then comes to resemble the picture. – Iris Murdock
1. Our notion of selfhood is misconceived. Autonomous, independent beings we’re not. Selfhood is anything but self-sufficient. No self can stand alone. Our existence is not independent of everyone else’s. On the contrary, without others, selves are stillborn. To exist is to co-exist. We are all each other.
Instead of identifying as a separate self — a stand-alone, mortal creature of limited vision–identify as a “superself” — a being for whom existence is co-existence. Super selves are whole sighted and non-partisan. They do not take sides, they explain. As an interdependent super self, you contain multitudes. The multitudinous superself is extended in space and time and so it is as connected and robust as singular selves are insular and vulnerable.
2. “The successful man adapts himself to the world, the loser persists in trying to adapt the world to himself. Therefore all progress depends on the loser.”
How, then, could losing ever be equated with failure? As every win is tainted by fear of losing the next round, so every loss is mitigated by lessons learned in defeat. Winning and losing are not antithetical; they’re partners in the quest. As Don Quixote abandoned his quest, his faithful squire Sancho Panza took it up. One man’s loss became everyman’s win.
3. We can as well program intelligent machines to incorporate the better angels of our nature as to reproduce our pathologies and pursue our depredations. We need not design our successors for senescence and death, but can instead make them eternally self-renewing.
The Question: Will the partnership between Man and Machine end in our demise, or is this the beginning of a beautiful friendship?
I explore this topic in depth in my book Genomes, Menomes, Wenomes: Neuroscience and Human Dignity, currently the top ranked book in neuropsychology in Amazon’s free Kindle Store.
In choosing the academic life, most teachers expect to be part of a community committed to freedom, fairness, and justice. It’s the rare academic who does not take pride in belonging to an honorable profession.
I was a young college president during the turmoil of the sixties and early seventies. Within a few years, students, faculty, and administrators at virtually all our institutions of higher learning were serving on committees charged with aligning institutional policy with emergent values of racial diversity and gender equality.
By century’s end, most colleges and universities had taken steps to disallow discrimination based on race, gender, age, disability, and sexual orientation.
Once again, we find ourselves in a moral predicament. In educational institutions of every kind, adjunct faculty are being subjected to de facto discrimination and exploitation. They know it, tenure-track faculty know it, administrators know it. The awful secret is out, and we can no longer avert our eyes. We’ll have to deal with this injustice as we did with those that came to a head in the sixties, because if we do not close the gap between our principles and our practice, the profession will forfeit its honor.
I need not belabor the immorality of paying adjuncts a fraction of what other faculty earn, and of denying them benefits, office space, parking rights, and a voice in departmental and institutional policy. These insults and humiliations are reminiscent of the degradation and injustice that roused academics to act against racial, gender, and other indignities.
Of course, there’s a reason that things are as they are. There is always a reason, one which seems cogent enough until suddenly it does not. What began as part-time teaching to meet a temporary need or plug a gap in the curriculum has evolved into systemic institutional injustice.
No one takes exception to cost-cutting, but forcing one group to subsidize another that’s doing comparable work, while maintaining working conditions that signal second-class status, is what the world now rejects as Apartheid.
That Academia has fallen into a practice that warrants the ignoble label “apartheid” is inconsistent with both academic and American values. By working for a pittance, adjunct faculty are serving as involuntary benefactors of other faculty, administrators, and students. That administrators and tenured faculty are themselves the beneficiaries of such victimization only strengthens the case for righting this wrong.
Honor requires that colleges and universities examine this practice and take steps to grant equal status and equitable compensation to those who, for whatever reason, are classified as adjunct faculty.
How might this be done? Coming up with a plan to end exploitation is never easy, and no doubt will require that we do what we did forty years ago: charge college and university committees—that include representatives of all stakeholders—with devising equitable solutions. Everything must be on the table, even the sensitive issue of tenure.
As anyone acquainted with adjunct professors knows, they are, on average, as conscientious and committed, and as capable of carrying out research and of inspiring students, as the tenure-track faculty they subsidize.
Let me suggest a goal to guide the deliberations of what I hope we will soon see on every campus: a “Committee on the Status and Compensation of Adjunct Faculty.” That goal is: Part-Time, Full Status, Equal Dignity.
If colleges and universities tackle this threat with the same commitment and determination they brought to the issues of civil and women’s rights, they will find a way to end the exploitation of those now relegated to the back of the bus.
We tend to discount our unrequited loves, but not getting our way with someone is as important to the narrative of our lives as the outcome we so ardently desire. As in all walks of life, so, too, in courtship: discovering what doesn’t work, provides the clues we need to change, and changed, to cap failure with success. The next time you raise a glass to a lover, pause for a moment and recall someone who refused your court. Then offer up a silent toast to the lessons of love unrequited.
Originally appeared at The Good Men Project as part of their original series 100 Words on Love.
Berkeley author Robert W. Fuller recently published his first novel The Rowan Tree.
What was the principal take-away from the 20th century?
Atomic energy? DNA? Penicillin? Or, something from the world of art or philosophy or psychology? The title question leaves plenty of room for debate.
My answer is that the most important learning of the century was disabusing ourselves of the notion that some people are inferior. […]
This is the sixth and final post in the series Why Everything You Know about Your “Self” Is Wrong. The series explores how our understanding of selfhood affects our sense of individuality, our interpersonal relationships, and our politics.
We must believe in free will. We have no choice.
– Isaac Bashevis Singer
What Kind of Computer Is the Brain?
Computers can’t do everything humans do—not yet, anyway—but they’re gaining on us. Some believe that, within this century, human intelligence will be seen as a remarkable, but nonetheless primitive, form of machine intelligence. Put the other way round, it’s likely that we will learn how to build machines that do everything we do—even create and emote. As computer pioneer Danny Hillis famously put it, “I want to build a machine who is proud of me.”
The revolutions wrought by the Copernican and Darwinian models shook us because they were seen as an attack on our status. Without proper preparation, the general public may experience the advent of sophisticated thinking machines as an insult to human pride and throw a tantrum that dwarfs all prior reactionary behavior.
At the present time, there are many candidate models of brain function, but none is so accurate and complete as to subsume all the others. Until the brain is understood as well as the other organs that sustain life, a new sense of self will co-exist with the old.
The computer pioneer John von Neumann expressed the difference between the machines we build and the brains we’ve got by dubbing them “serial” and “parallel” computers, respectively. The principal difference between serial and parallel computers is that the former carry out one command after another, sequentially, while in the latter thousands of processes go on at once, side by side, influencing one another. Every interaction—whether with the world, with other individuals, or with parts of itself—rewires the menome. The brain that responds to the next input differs, at least slightly, from the one that responded to the last one. When we understand how brains work well enough to build better ones, the changes to our sense of self will swamp those of prior intellectual revolutions.
The genome that characterizes a species emerges via a long, slow Darwinian process of natural selection. The menomes that characterize individuals also originate via a Darwinian process, but the selection is among neural circuits and occurs much more rapidly than the natural selection that drives speciation. That the brain can be understood as a self-configuring Darwinian machine, albeit one that generates outcomes in fractions of a second instead of centuries, was first appreciated in the 1950s by Peter Putnam. Though the time constants differ by orders of magnitude, Putnam’s functional model of the nervous system recognized that the essential Darwinian functions of random variation and natural selection are mirrored in the brain in processes that he called random search and relative dominance.
In 1949, Donald O. Hebb enunciated what is now known as the “Hebb Postulate,” which states that “When an axon of cell A excites a cell B and repeatedly and persistently takes part in firing it, some growth process or chemical change occurs in one or both cells such that A’s efficiency in firing B is increased.” Peter Putnam’s “Neural Conditioned Reflex Principle” is an alternative statement of Hebb’s postulate, and involves an expansion of it to include the establishment and strengthening of inhibitory or negative facilitations, as well as the excitatory or positive correlations encompassed in the Hebb Postulate. The Hebb-Putnam postulate can be summed up as “Neurons that fire together wire together.”
The reason replicating, or even simulating, brain function sounds like science fiction is that we’re used to relatively simple machines—clocks, cars, washing machines, and serial computers. But, just as certain complex, extended molecules exhibit properties that we call life, so sufficiently complexity and plasticity is likely to endow neural networks with properties essentially indistinguishable from the consciousness, thought, and volition that we regard as integral to selfhood.
We shouldn’t sell machines short just because the only ones we’ve been able to build to date are “simple-minded.” When machines are as complex as our brains, and work according to the same principles, they’re very likely to be as awe-inspiring as we are, notwithstanding the fact that it will be we who’ve built them.
Who isn’t awed by the Hubble telescope or the Large Hadron Collider at CERN? These, too, are “just” machines, and they’re not even machines who think. (Here I revert to who-language. The point is that who or what-language works equally well. What is uncalled for is reserving who-language for humans and casting aspersions on other animals and machines as mere “whats.” With each passing decade, that distinction will fade.
The answer to “Who am I?” at the dawn of the age of smart machines is that, for the time being, we ourselves are the best model-building machines extant. The counter-intuitive realization that the difference between us and the machines we build is a bridgeable one has been long in coming, and we owe it to the clear-sighted tough love of many pioneers, including La Mettrie, David Hume, Mark Twain, John von Neumann, Donald Hebb, Peter Putnam, Douglas Hofstadter, Pierre Baldi, Susan Blackmore, David Eagleman, and a growing corps of neuroscientists.
Yes, it’s not yet possible to build a machine that exhibits what we loosely refer to as “consciousness,” but, prior to the discovery of the genetic code, no one could imagine cellular protein factories assembling every species on the tree of life, including one species—Homo sapiens—that would explain the tree itself.
The Self Is Dead. Long Live the Superself.
The generalization of the self-concept to the superself is unlikely to receive a reception much different from that accorded Twain’s What Is Man?.
The co-creation characteristic of the superself will be scorned as collectivism, if not socialism. Reciprocal dignity will be ridiculed as utopian. Asking “What am I?” instead of “Who am I?” will be dismissed as reductive, mechanistic, and heartless.
Although the superself incorporates the witness, and so has a religious provenance, it’s fair to ask if it will ever speak to the heart as traditional religious models have done. It’s not easy coming to terms with life as a property of inanimate matter, arranged just so, and it will likely be even more difficult to accept ourselves as extended, self-conscious, willful machines.
Many will feel that this outlook is arid and bleak, and want to know: Where’s the mystery? How about love? Doesn’t this mean that free will is an illusion? Awe and wonder and the occasional “Eureka!” may be enough for science, but religious models have offered fellowship, absolution, forgiveness, salvation, and enlightenment. People of faith will want to know what’s holy in this brave new world.
The perspectives of religion and science on selfhood, though different, are not incompatible. Without oversimplifying or mystifying either, it’s possible to identify common ground, and, going forward, a role for both traditions. I propose such a collaboration in Religion and Science: A Beautiful Friendship?.
My guess is that once we’re in the presence of machines that can do what we do the model of selfhood we’ll settle on will be even more fecund than the traditional one. That co-agency replaces individual volition will not undermine a sense of purpose, though it will require a redefinition of personal responsibility. There’s no reason to think that machines that are sophisticated enough to outperform us will evoke less wonder and reverence than organisms that have arisen via natural selection. Mystery does not attach itself exclusively to human beings. Rather, it inheres in the non-human as well as the human, in the inanimate as well as the animate. As Rabbi Abraham Heschel notes, “Awe is an intuition of the dignity of all things, a realization that things not only are what they are but also stand, however remotely, for something supreme.”
Contrary to our fears, the capacity of superselves for love, fellowship, and agency will be enlarged not diminished. As the concept of superself displaces that of individual selfhood, the brotherhood of man and its operating principle—equal dignity for all—become self-evident and self-enforcing. Nothing in this perspective bars belief in a Deity for those so inclined. Having said that, it’s implicit in this way of beholding selfhood that if there were a God, He’d want us to behave as if there weren’t. Like any good parent, He’d want to see us wean ourselves and grow up.
The superself, with its inherent co-creation and co-agency, not only transforms our relationships with each other, it also provides a new perspective on death. As mentioned, it’s arguable whether selves survive the death of the bodies in which they’re encoded. But, survivability is much less problematic for superselves. Why? Because they are dispersed and so, like the Internet that was designed to survive nuclear war, provide a more redundant and robust defense against extinction. As William Blake noted three centuries ago:
The generations of men run on in the tide of Time,
But leave their destin’d lineaments permanent for ever and ever.
In the same sense that the soul is deemed to survive the death of the individual, the wenome survives the disintegration of the body and the mind. The absence of a particular individual, as defined by a unique genome and menome, puts hardly a dent in the wenome. The building blocks of superselfhood can be thought of as genes, memes, and wemes. All three encodings are subject to evolutionary pressure.
Although some may feel this reformulation of selfhood asks them to give up the store, it will gradually become apparent that it’s only the storefront that requires a do-over. To give up standalone selfhood in exchange for a open-ended leadership role in cosmic evolution is a trade-off that many will find attractive.
As Norbert Wiener, the Father of Cybernetics, wrote in 1949:
We can be humble and live a good life with the
aid of machines, or we can be arrogant and die.
Robert W. Fuller is an author and independent scholar from Berkeley, CA. His most recent book is The Rowan Tree: A Novel.
This is the fifth post in the series Why Everything You Know about Your “Self” Is Wrong. The series explores how our understanding of selfhood affects our sense of individuality, our interpersonal relationships, and our politics.
“What Is Man?” is the title of a little book by Mark Twain. He held it back for twenty years because he knew the public would hate it. The “what” in the title foreshadows its discomfiting message.
Twain broke with the tradition of asking “Who Am I?” and its species-wide variant “Who Is Man?” on the grounds that a “who-question” is a leading question. It predisposes us to expect the answer to be a sentient being, not unlike ourselves, “whom” we’re trying to identify.
Twain’s answer was that Man is a machine, and he was right about the public reception accorded his thesis: the twentieth century was no more ready for Mark Twain’s mechanistic perspective than the eighteenth had been for Julien Offray de La Mettrie’s metaphor of “Machine Man.”
The rejection accorded the works of La Mettrie and Twain is not surprising because it’s implicit in our idea of a machine that at least experts understand how it works. Only in the twentieth century did science gain an understanding of the body and we’re just beginning to understand the workings of the mind. Twain’s trepidation in anticipation of public scorn is reminiscent of Darwin’s procrastination in publishing his theory of evolution with its shocking implication that we were descended from apes.
At the dawn of the twenty-first century, Twain’s answer is no more popular than it was with his contemporaries. But recent research has produced a growing awareness that Mark Twain, while he may have been a killjoy was, as usual, ahead of his time.
Twentieth-century science has shown that humans, like other animals, function according to the same principles as the cosmos and everything in it. The Hindu seers who proclaimed, “I Am That” were onto something. Man does not stand apart from the rest of the cosmos. He is made of the same stuff and governed by the same laws as everything else. The gap between “I” and “That” does indeed seem to be narrowing.
As curmudgeons like Twain have delighted in pointing out, Man is in fact quite unexceptional. We do not live at the center of the universe: Copernicus and Galileo pointed out that it does not revolve around us. Humans are just one of many animals: Darwin, Wallace, and others placed us, kicking and screaming, in the company of apes. But, having eaten several servings of humble pie, surely no one will take it amiss if we allow ourselves one small brag.
Although not exceptional in ways we once believed, we are exceptionally good at building tools and machines. And that includes machines that do what we do. Machines that dig, sow, and reap. Machines that kill and machines that save lives. Machines that calculate, and, projecting, machines who think. Our brains will soon be viewed as improvable, constrained as they were by the stringent conditions of self-emergence via natural selection, gestation in a uterus, and birth through a baby-sized aperture in the pelvis.
No higher intelligence seems required to create life, including human life. What we revere as life is “just” a property of a handful of chemicals, RNA and DNA holding pride of place among them. But, that’s not a bad thing, because if we’ve come this far without intelligent design, the sky’s the limit once we lend our own inventiveness to the evolutionary process.
This has long been foreseen, but never accepted. Once we get used to it, this perspective will enable us to reduce suffering on a scale only dreamt of. Why? Because the lion’s share of human suffering can be traced to false self-conceptions. The indignities that foul human relationships, at every level, from interpersonal to international, stem from a model of autonomous selfhood in which self is pitted against self.
Rather than masking the indissoluble interconnectedness of selves—as the notion of individual selfhood does—superselfhood embraces it. It’s not just that we can’t do anything without help; we can’t even be apart from continual imitation. Entropic forces disintegrate any identity that is not shored up through a mimetic process of mutual recognition. Since mimesis is distorted and undermined by indignity, reciprocal dignity gradually, but ineluctably, displaces opportunistic predation as a strategy for optimizing group efficiency and productivity. As a source of inefficiency, malrecognition—with all its attendant dysfunctionality—will be rooted out much as we made it our business to combat malnutrition once we understood its toll.
Martin Luther King, Jr. gave expression to this emergent morality when he wrote: The arc of the moral universe is long, but it bends toward justice.
[This is the fourth post in the series Why Everything You Know about Your “Self” Is Wrong. The series explores how our understanding of selfhood affects our sense of individuality, our interpersonal relationships, and our politics.]
Why are you unhappy?
Because 99.9 percent
Of everything you think,
And of everything you do,
Is for yourself—
And there isn’t one.
— Wei Wu Wei
The Superself: Genome, Menome, and Wenome
The ‘illusion of individuality’ operates at two levels: First, the universal level of the ego, the constructed “I” which is a developmental imperative in the early years, yet the object of unlearning in later years in many traditions (particularly Buddhist); and the other, socio-economic, level of western individualism. Most of us, most of the time, cannot comprehend the implications of communal culture to human wellbeing.
— David Adair
To recap, the genome is the blueprint for our physical body. The menome is the connectome of the nervous system. By analogy, the wenome is the connectome of everything else, most importantly the cultural web of personal and social relationships in which we’re immersed and entangled. The wenome comprises the rules, customs, rituals, manners, images, tunes, songs, languages, laws, constitutions, and institutions that define the culture by which our genome and menome are conditioned.
In this view, our selves are far more extensive than we’ve been led to believe. They extend beyond our own bodies to include what we think of as other selves and the world. We live in the minds of others, and they in ours.
The situation is analogous to memory. We think of our memories as located in our heads and bodies but when you drive to town, it’s the road that holds the memory of the route, reminding you at every turn how to proceed.
So, too, is selfhood dispersed. It resides not only in the genome and the menome, but in the wenome. Much of the information we require in order to function is stored outside our bodies and brains—in other brains, books, maps, machines, objects, databases, the Internet, and the cloud. We’re dependent on these inputs to muster enough excitation to reach the threshold of emission of specific behaviors. Our genome and menome can not form in the absence of other genomes and menomes. The self does not stand alone, but rather is widely dispersed, encompassing, most immediately, our social milieu, and ultimately the entire cosmos.
As the illusory nature of autonomous selfhood becomes evident, and the full extent of the interdependence of selves becomes undeniable, our sense of selfhood will shift outward, from the limited identifications of the past to an amalgamation of these traditional facets of selfhood—the superself.
Recognition and Malrecognition
As mentioned, an inability to recruit recognition from others cripples an identity. That’s why solitary confinement is torture. Recognition is to the formation of identity as nutrition is to the building of the body. Put the other way round, malrecognition, like malnutrition, is injurious, and can be fatal. Think of the juvenile murderer sentenced to a life in prison, or orphans whose development is stunted by lack of an adult model. On the plus side, there are the benefits to children who grow up in the company of curious, creative adults.
In acknowledgement of the analogy between programming a computer and raising a child, both processes are described as culminating in a launch. In the world of computers, “failure to launch” belies the existence of a bug in the software that crashes the computer. In raising children, failure to launch reveals that an embryonic identity has not found a niche in which it can garner enough recognition to develop. As nutritional deficiencies limit physical development, recognition deficiencies cripple identity formation. We became aware of the terrible costs of malnutrition in the twentieth century. The twenty-first will witness an analogous awakening to the crippling effects of malrecognition.
To address the epidemic of malrecognition that now afflicts humankind, it helps to shift our vantage point from within to without, from subjective to objective, from introspection to inspection. If we interpret the menome as software that is continually being modified, then we can debug, patch, and rewrite it until the “program” no longer crashes the “computer.”
If this seems reductive and mechanistic, recall that before we understood the heart was a pump made of muscle, it was regarded as the seat of the soul. It’s hard to imagine surgery to the soul, but the muscle that pumps our blood is now routinely repaired. In that spirit, the mind can be viewed as a kind of computer (albeit one we are just now beginning to understand).
We balked at the seeming loss of the exceptional status implicit in Darwin’s theory of evolution, but eventually made peace with the incontrovertible fact of our simian ancestry. We shall follow the same arc as we come to see our selves as holders of an historic role in the lineage of ever-smarter machines, to wit the role of building machines that are smarter than we ourselves! This could be the final step in achieving a humility consonant with our actual place in the cosmos. There’s no better preparation for facing such an apparent comedown as to revisit a question posed by Mark Twain—What Is Man?—and we’ll do that in the next and penultimate post in this series.
[This is the third post in the series Why Everything You Know about Your “Self” Is Wrong. The series explores how our understanding of selfhood affects our sense of individuality, our interpersonal relationships, and our politics.]
As suggested in the two preceding posts in this series, selfhood was on the ropes even before postmodernism delivered […]