Tag: lastadvantage

Unlearning — The Hardest Thing the Brain Can Do and Why It Is the Most Important

July 16th, 2026

There is a problem with knowledge that accumulates.

Not with knowledge as such — the accumulation of accurate understanding about the world is one of the most valuable things a human being can do with a life. The problem is with the knowledge that was once accurate and is no longer. The understanding that was right for the world that existed when it was formed and is wrong for the world that exists now. The map that was drawn for a territory that has changed.

This knowledge does not announce itself as outdated. It sits in the nervous system with exactly the same neurological weight as the knowledge that remains accurate — the same feeling of certainty, the same automatic availability, the same resistance to challenge. The person who learned, at a critical moment in their development, that success looks a certain way, that relationships work a certain way, that their own capacities have certain limits — carries that learning forward with the full conviction of lived experience, long after the conditions that made it accurate have changed.

This is the problem that learning alone cannot solve.

The solution is unlearning. And unlearning is the hardest thing the brain can do.

What Unlearning Actually Is

Unlearning is not forgetting. Forgetting is passive — the gradual decay of neural pathways that are not used, the slow fading of information that is not reinforced. Unlearning is active. It is the deliberate identification and revision of knowledge that is wrong — not because it was never right, but because the conditions under which it was right no longer obtain.

At the neural level, unlearning requires something specific and demanding: the weakening of established synaptic connections and the strengthening of new ones that encode a different understanding of the same domain. This is neural plasticity in its most effortful form — not the formation of new connections in response to new experience, which happens relatively easily in a brain that is not already committed to a different understanding, but the revision of existing connections in the face of evidence that contradicts them.

The difficulty is not intellectual. It is neurological and psychological simultaneously.

Neurologically, the brain is a prediction machine. Its primary function is not to perceive the world accurately but to predict it efficiently — to generate expectations about what is about to happen based on what has happened before, and to minimize the computational cost of navigating a complex environment by relying on established patterns rather than evaluating each new situation from scratch. Established knowledge is efficient. Revising established knowledge is expensive. The brain resists unlearning not out of stubbornness but out of the deep architectural preference for prediction efficiency over accuracy.

Psychologically, the resistance is even deeper. What we know is not separate from who we are. The beliefs and frameworks and mental models that constitute our understanding of the world are also the structures through which we understand ourselves — our capacities, our identity, our place in the world. To unlearn a significant belief is not merely to update a database. It is to revise the self. And the self resists revision with all the force that the survival instinct brings to threats to the organism.

This is why the person who encounters evidence that contradicts a deeply held belief does not typically respond by updating the belief. They respond by questioning the evidence. By finding alternative explanations. By surrounding themselves with people who confirm what they already know. The psychological term is motivated reasoning. The neurological term is predictive coding. The practical result is the same: the knowledge that most needs to be revised is the knowledge that is most resistant to revision.

What the Brain Got Wrong — And Why It Matters

The knowledge that accumulates across a human life is not uniformly accurate. Some of it is formed in the specific conditions of childhood and adolescence — conditions of dependence, of limited information, of the specific emotional intensity that makes early experience disproportionately influential on neural development — and encodes understandings of the world that are shaped more by those conditions than by the world itself.

The child who learned that love is conditional — that it must be earned through performance, that withdrawal of affection is the consequence of failure — carries that understanding forward into adult relationships with the full conviction of lived experience. The adolescent who learned that their intelligence has fixed limits, that certain domains are simply not available to them, that failure in a specific context reflects something permanent about their capacities — carries that understanding forward into adult decisions about what to attempt and what to avoid.

These are not abstract beliefs. They are neural architectures — established patterns of prediction and response that shape behavior automatically, below the threshold of conscious deliberation. They do not announce themselves as beliefs. They present as reality. The person who learned that love is conditional does not typically think “I believe love is conditional.” They think “this is how love works.” The distinction is the entire problem.

The unlearning required here is not intellectual. Reading a book about unconditional love does not revise the neural architecture of conditional love. Understanding, at the cognitive level, that the childhood learning was formed under specific conditions that no longer obtain does not automatically weaken the synaptic connections through which that learning shapes adult behavior.

What revises the architecture is experience — repeated, emotionally significant experience of a different reality, sustained long enough and consistently enough to build new neural pathways that compete with the established ones. This is why therapy works, when it works: not because it provides new information but because it provides new experience, in a relationship that is specifically designed to offer the specific evidence that contradicts the earliest and most consequential wrong learning.

And it is why unlearning is slow. The architecture being revised was built across years of reinforcement. It cannot be revised across hours of intellectual engagement. It requires the same patient, repeated, emotionally engaged encounter with new reality that built the original architecture — applied now not to an open neural system but to one that is already committed to a different prediction.

Unlearning in the Age of AI

The age of artificial intelligence has made unlearning both more important and more difficult than it has ever been.

More important, because the rate at which previously accurate knowledge becomes inaccurate has accelerated. The professional skills that were valuable a decade ago are being automated. The business models that worked five years ago are being disrupted. The social scripts that navigated the world of pre-algorithmic communication are increasingly inadequate for the world of algorithmic mediation. The person who cannot unlearn — who carries forward the mental models formed in an earlier technological moment as though those models remain accurate — is a person navigating a changed territory with an outdated map.

More difficult, because the algorithmic environment is specifically designed to reinforce existing knowledge rather than challenge it. The recommendation algorithm does not show you the evidence that contradicts your existing beliefs. It shows you more of what you already believe — more efficiently, more compellingly, in formats increasingly calibrated to your specific patterns of engagement. The information environment of the algorithmic age is the most powerful confirmation machine ever built, deployed precisely at the moment when the capacity for unlearning is most needed.

There is also a subtler problem. AI systems themselves cannot unlearn in the human sense. A large language model trained on a corpus of data does not revise its weights in response to evidence that contradicts its training. It predicts outputs consistent with what it has learned, regardless of whether the world that generated the training data still exists. The AI that was trained before a significant shift — in technology, in market conditions, in social reality — continues to generate outputs consistent with the pre-shift world, because its architecture has no mechanism for the kind of active revision that unlearning requires.

This is not merely a technical limitation. It is a mirror. The AI system that cannot unlearn reflects back to us, in a form we can observe from the outside, exactly what we look like when we cannot unlearn. The confident generation of outputs consistent with an outdated model of reality. The absence of the signal that something has changed. The same answer, to questions about a world that no longer exists.

The capacity for unlearning is one of the things that most clearly distinguishes human cognition from artificial intelligence — and it is precisely the capacity that the algorithmic environment is most systematically undermining.

The Kairos of Unlearning

This archive has argued that kairos — the recognition of the opportune moment — is one of the irreducibly human capacities that AI cannot replicate. Kairos recognition requires failure depth, presence, and the willingness to act before confirmation.

Unlearning is the precondition of kairos recognition.

The person who is carrying an outdated map cannot recognize when the territory has changed. They are predicting the future based on a model of the past — and when the moment arrives that requires a response to what is actually happening rather than what was expected to happen, the prediction machine generates the wrong prediction. The kairos is missed not because the person lacks presence or willingness but because the framework through which they are interpreting the moment is wrong.

The investor who cannot unlearn the mental model formed in the previous market cycle misses the signals of the new one. The leader who cannot unlearn the management frameworks that worked in the previous organizational context fails to respond to the changed conditions of the present one. The person who cannot unlearn the relational patterns encoded in the first significant relationship they witnessed repeats those patterns in every subsequent relationship, regardless of how clearly the evidence of their inadequacy accumulates.

In each case, unlearning is not optional. It is the prerequisite of the recognition that makes effective action possible.

And in each case, the resistance to unlearning is the same: the established neural architecture, the identity threat of revision, the confirmation bias of an information environment that reflects back what is already known, the specific exhaustion of the effort required to hold the uncertainty of not-knowing before the new knowing has fully formed.

The gap between established knowledge and revised knowledge is the most uncomfortable place in cognition. It is also the place where genuine development occurs.

What Unlearning Requires

The conditions that support unlearning are not mysterious. They are the same conditions that support any form of deep neural revision — and they are precisely the conditions that the current environment most systematically fails to provide.

Discomfort tolerance. Unlearning is uncomfortable. The cognitive dissonance of holding contradictory beliefs simultaneously — the old one that feels true and the new evidence that challenges it — is a specific and significant discomfort. The person who cannot tolerate this discomfort will resolve it by dismissing the contradicting evidence rather than revising the belief. The development of discomfort tolerance — the capacity to sit with uncertainty and cognitive tension without immediately resolving it in favor of the established belief — is the foundational prerequisite of unlearning.

Exposure to genuine difference. The neural revision that unlearning requires is driven by experience, not information. Reading about a different way of understanding something does not revise the architecture that encodes the old understanding. Experiencing a different reality — in a relationship, in a community, in a professional context that operates on different assumptions — provides the emotionally significant, repeated encounter with difference that drives actual neural revision.

Intellectual humility as a practice. Not as a posture — the performance of open-mindedness while actually remaining committed to established beliefs — but as a genuine cognitive orientation toward one’s own knowledge. The regular practice of asking not “how do I know this is true?” but “how do I know this is still true?” The deliberate search for the evidence that contradicts rather than confirms. The cultivation of relationships with people whose mental models are different from one’s own, not for the pleasure of debate but for the specific cognitive friction that drives revision.

Time. Unlearning is not fast. The architecture being revised was built across years. Its revision requires the same sustained, repeated encounter with new reality that built it — applied now to a system that is already committed to a different prediction. The impatience of an information environment that rewards rapid updating — the confident pivot, the quick adoption of new frameworks — is at odds with the slow, uncomfortable, effortful process that genuine unlearning requires.

The Competitive Advantage of Unlearning

In an environment where the algorithmic systems that most people use for information are optimized to confirm existing beliefs, and where the AI systems that are increasingly mediating professional work cannot revise their own understanding in response to changed conditions, the person who can genuinely unlearn has a specific and growing competitive advantage.

Not the advantage of knowing more — information is abundant and increasingly cheap. The advantage of knowing differently — of being able to revise the frameworks through which information is interpreted when those frameworks become inadequate. The advantage of being able to recognize when the map is wrong and construct a better one, rather than continuing to navigate by the wrong map with increasing confidence and decreasing accuracy.

This is the advantage that kairos recognition produces. It is the advantage that genuine taste produces — the ability to recognize the real thing even when it does not match what was previously understood as real. It is the advantage that sophrosyne produces — the ability to hold the uncertainty of not-yet-knowing without resolving it prematurely.

These are all forms of unlearning. They are all the product of the same fundamental capacity: the willingness to revise the architecture of one’s own understanding in response to evidence, even when the revision is uncomfortable, slow, and disorienting.

The brain resists this. The algorithmic environment resists this. The identity, which is built partly from what we know, resists this.

The person who can do it anyway — who can sit in the discomfort of not-knowing long enough for new knowing to form — is the person whose understanding of the world remains calibrated to the world as it actually is rather than to the world as it was when the understanding was formed.

In an age when the world is changing faster than understanding can comfortably keep up with, this is not a minor advantage.

It is the most important cognitive capacity available.

For those who intend to last.

Frequently Asked Questions

What is the difference between unlearning and forgetting?
Forgetting is passive — the gradual decay of neural pathways that are not used. Unlearning is active — the deliberate identification and revision of knowledge that is wrong, not because it was never right, but because the conditions under which it was right no longer obtain. Forgetting happens to you. Unlearning is something you do — and it is significantly more demanding than either learning or forgetting, because it requires revising existing neural architecture rather than simply allowing it to decay or adding to it.

Why is unlearning neurologically difficult?
The brain is a prediction machine — its primary function is to predict efficiently rather than perceive accurately, and established knowledge is efficient. Revising established knowledge is expensive. Additionally, what we know is not separate from who we are — significant beliefs are embedded in identity, and revising them triggers the same threat response that the self-preservation instinct brings to physical threats. The combination of neurological efficiency preferences and psychological identity protection makes unlearning the most demanding cognitive task available.

What does AI have to do with unlearning?
AI systems cannot unlearn in the human sense — they cannot revise their weights in response to evidence that their training is outdated. This makes them mirrors of what we look like when we cannot unlearn: confident generation of outputs consistent with an outdated model of reality. More immediately, the algorithmic environment is optimized to confirm existing beliefs rather than challenge them, making it the most powerful confirmation machine ever built — deployed at precisely the moment when the capacity for unlearning is most needed.

How is unlearning related to kairos recognition?
Kairos recognition — the capacity to recognize the opportune moment, the configuration of circumstances that calls for a specific response — requires that one’s model of the world be accurate enough to recognize when something important is happening. The person carrying an outdated map cannot recognize when the territory has changed. Unlearning is the prerequisite of kairos recognition because it is the process through which the map is kept calibrated to the territory.

What are the practical conditions that support unlearning?
Four conditions are most important. Discomfort tolerance — the capacity to hold cognitive dissonance without immediately resolving it by dismissing contradicting evidence. Exposure to genuine difference — the emotionally significant, repeated encounter with people and contexts whose mental models differ from one’s own. Intellectual humility as a practice — the deliberate search for contradicting rather than confirming evidence, and the regular question of whether what was once true is still true. And time — because the neural revision that unlearning requires is as slow as the original learning was, and cannot be shortcut by intellectual engagement alone.

SIGNAL tracks the recurring patterns of human experience across history, philosophy, and science — for people living long enough to encounter them more than once.

For those who intend to last.
Taste — The One Thing AI Cannot Have

July 12th, 2026

There is a question that the age of artificial intelligence makes newly urgent, and it is not the question that most people are asking.

The question most people are asking is: what can AI do?

The answer expands monthly. AI can write, analyze, code, design, compose, translate, diagnose, predict, and generate. It can do most of what knowledge workers have been paid to do, faster and often better. The list of capabilities is long and growing. The question of what AI can do is, for practical purposes, becoming less interesting than the question of what it cannot.

The question that matters is: what remains?

Not what remains useful. Not what remains economically valuable, though that question has its own urgency. What remains irreducibly human — what cannot be extracted, trained on, optimized, or simulated by a system that learns from patterns in data.

The answer, when you look at it clearly, is smaller than most people find comfortable. It is not creativity — AI generates. It is not analysis — AI reasons. It is not even judgment in the broad sense — AI recommends, predicts, and decides within well-specified domains with increasing reliability.

What remains is taste.

Not preference — preference can be modeled. Not opinion — opinion can be generated. Taste, in the specific sense that distinguishes it from both: the accumulated, historically-specific, embodied capacity to recognize what is genuinely good from what merely resembles it. The ability to walk into a room and know. To read a paragraph and feel the difference between writing that is alive and writing that performs aliveness. To meet a person and understand, before any explicit evidence is available, whether they are someone worth knowing.

This capacity cannot be trained. It can only be developed — through the specific, irreplaceable process of living a particular life, accumulating particular experiences, making particular mistakes, and slowly, over years, building the calibrated attention that makes recognition possible.

What Taste Actually Is

Taste is not a preference. Preferences can be aggregated, analyzed, and modeled with reasonable accuracy from behavioral data. Amazon knows what you are likely to buy. Spotify knows what you are likely to listen to. Netflix knows what you are likely to watch next. These are preferences — patterns of choice that emerge from the intersection of your history and the available options, learnable from the record of your behavior.

Taste is what underlies preferences without being reducible to them. It is the evaluative capacity that allows you to recognize, in a work or a person or a space or a decision, something that exceeds or falls short of what your preferences alone would predict. It is the ability to be surprised by what is genuinely good and unsurprised by what is merely popular. It is the capacity to say, with the specific confidence that cannot be fully justified but is rarely wrong: this is the real thing.

The person with genuine taste in literature can distinguish between the sentence that sounds like good writing and the sentence that is good writing — between the surface performance of the qualities that good prose has and the actual presence of those qualities. This distinction cannot be learned from examples alone. It cannot be acquired by reading descriptions of what good writing is. It develops through the slow accumulation of reading — through the specific, bodily experience of encountering language that is alive, and the equally specific experience of encountering language that imitates aliveness without achieving it, until the nervous system has been calibrated, through thousands of such encounters, to feel the difference before the mind has articulated it.

This is what AI cannot have.

Not because AI cannot process language — it can process language with extraordinary sophistication. Not because AI cannot generate text that reads as good writing — it can, increasingly, generate text that passes many of the surface tests of quality. But because the capacity to recognize the difference between the real thing and its simulation requires having encountered both, repeatedly, with the specific attention that only a person with skin in the game can bring.

AI has processed more text than any human being will ever read. But it has not read any of it. It has not been moved by it, bored by it, changed by it, or left cold by it. It has not had the experience of encountering a sentence that made something shift. It has not had the opposite experience — the specific tedium of reading something that performs the motions of significance without generating any. The pattern recognition that AI performs is not the same as the taste that humans develop. Pattern recognition is what taste looks like from the outside. From the inside, taste is something else entirely.

The Accumulation

Taste develops through accumulation. And the accumulation is not primarily accumulation of information.

It is accumulation of experience — the specific, embodied, historically-situated encounters with the world that leave a residue in the nervous system. The books read at specific ages, in specific moods, in specific places, that lodged something in the way language feels when it is right. The spaces encountered before and after knowing what makes a space good, and the slow development of the sensibility that can now walk into a room and know in the first thirty seconds whether it is working or not. The relationships that failed in specific ways, and what those failures taught about what is actually present in a person versus what is performed.

This accumulation cannot be shortcut. It cannot be downloaded. It cannot be acquired by reading about it, talking about it, or training on data about it. It develops through the specific, time-consuming, often uncomfortable process of being a particular person in a particular life, paying attention to what actually matters, making mistakes, and slowly becoming someone whose attention is calibrated by experience rather than instruction.

This is why taste correlates with age in a specific way. Not with age as such — there are young people with extraordinary taste and old people with none. But with the specific kind of age that comes from having lived deliberately, paid attention to what you were encountering, and allowed experience to change the calibration of your attention rather than simply accumulating as stored information.

The person of genuine taste has been changed by what they have encountered. Their nervous system is different from what it would have been if they had encountered different things. The taste is not a set of opinions they hold. It is a property of who they have become.

Why AI Cannot Simulate This

The simulation problem is not a technical problem. It is a structural one.

AI systems learn from patterns in data. They become very good at recognizing the patterns that correlate with human evaluations of quality — the features that tend to appear in things that people with taste judge as good. They can generate outputs that match these patterns with increasing fidelity. They can, in many cases, produce work that passes the surface tests of quality well enough to deceive.

But the simulation of taste is not taste. And the person of genuine taste can, in most cases, still tell the difference — not always immediately, and not always with articulable reasons, but with a reliability that the simulation cannot quite achieve. The difference is subtle. It is in the sentence that almost works but doesn’t quite. The design that has all the right elements but doesn’t cohere. The argument that is technically correct but misses what actually matters. The performance that hits all the notes but generates no feeling.

These are the failures of simulation. They are invisible to systems that learn from patterns, because the pattern is present. They are visible to taste, because taste is not pattern recognition. It is the recognition of the real thing — which is different from the recognition of patterns that correlate with the real thing.

This gap will not close entirely. It will narrow, in some domains, as AI becomes more sophisticated. But the gap between pattern recognition and taste is structural, not technical. It is the difference between a system that has learned what good things look like from the outside and a person who knows what they feel like from the inside. These are not the same thing. They cannot be made the same thing. The inside knowledge requires an inside — a perspective, a history, a nervous system changed by experience.

Taste as the Last Advantage

The economic and professional implications of this are significant.

As AI increasingly automates the production of competent output across more and more domains — competent writing, competent analysis, competent design, competent code — the value of competence relative to taste will shift. Competence is the baseline. AI can produce it reliably, cheaply, and at scale. Taste is the differentiator. AI cannot produce it, because it cannot have it.

The person who can tell the difference between the AI output that is good enough and the AI output that is genuinely excellent — and who can produce, direct, or curate toward the latter — has the one capability that the automation of competence makes more valuable, not less. They are the editor who knows which sentences to cut. The designer who knows which version actually works. The investor who knows which company is the real thing. The leader who knows which person to trust.

These are all instances of taste in operation. They are exercises of the specific, accumulated, embodied evaluative capacity that develops through a life lived with attention, that cannot be trained on data, and that becomes more valuable as the competence it evaluates becomes cheaper to produce.

The age of AI does not eliminate the advantage of taste. It clarifies it. When competent output is abundant and cheap, the scarcity is in the judgment that can distinguish the excellent from the merely competent. That judgment is taste. And taste is yours in a way that nothing AI produces ever will be.

How Taste Is Developed — And Why It Is Being Threatened

The development of taste requires specific conditions that the current information environment is systematically undermining.

Taste develops through sustained, attentive encounter with things that are genuinely good — and the equally sustained encounter with things that are not, so that the nervous system can be calibrated by the comparison. It requires time — the time to read slowly, to look carefully, to sit with an experience long enough for it to leave a mark. It requires the friction of difficulty — the experience of encountering something that resists easy understanding and rewards the effort of staying with it.

The current information environment optimizes for the opposite of all of these conditions. It delivers content at a rate that precludes the sustained attention that taste development requires. It removes friction — making access to every option equally immediate, which removes the comparative encounters through which calibration develops. It optimizes for engagement rather than quality — which means it systematically surfaces the things that capture attention most efficiently, which are not necessarily the things that develop taste most effectively.

The child who grows up primarily in the algorithmically optimized information environment — whose cultural diet is determined largely by recommendation systems designed to maximize engagement — is a child whose taste development is being systematically impeded. Not because the content is bad, necessarily. But because the conditions required for taste development — sustained attention, comparative encounter, the friction of difficulty, the time required for experience to leave a residue — are absent from the experience of consumption that algorithmic optimization produces.

This is the threat to taste that the age of AI represents. Not that AI will develop taste of its own — it cannot. But that the conditions required to develop taste in humans are being eroded by the systems that optimize for engagement rather than depth, for immediate reward rather than the slow accumulation that taste requires.

What This Means for a Long Life

The cultivation of taste is a long-game investment. It pays returns across a lifetime in ways that are difficult to quantify but impossible to ignore.

The person of genuine taste makes better decisions — not because they have access to better information, but because their evaluative capacity is calibrated by experience in a way that allows them to recognize what actually matters in a situation. They hire better, choose better, create better, and navigate better — because taste is the capacity to recognize the real thing, and the real thing is what matters in every domain.

The cultivation of taste requires the specific behaviors that the current information environment makes more difficult and therefore more valuable: reading slowly, engaging with difficulty, choosing depth over breadth, allowing time for experience to accumulate and calibrate rather than consuming at the rate that maximizes the quantity of input.

These are not sacrifices. They are investments in the one capacity that AI cannot replicate, the current environment is eroding, and the coming decades will need most urgently.

Taste is what remains when everything that can be automated has been automated.

It is what remains yours.

For those who intend to last.

Frequently Asked Questions

What is the difference between taste and preference?
Preference is a pattern in behavior — what you tend to choose from the available options, learnable from the record of your choices. Taste is the evaluative capacity that underlies preference without being reducible to it. It is the ability to recognize what is genuinely good — to distinguish the real thing from its simulation — based on the accumulated, embodied calibration that develops through sustained encounter with both. AI can model preferences. It cannot have taste, because taste requires having been changed by experience in a way that data processing does not produce.

Why can’t AI develop taste?
Taste develops through the specific, embodied, historically-situated encounters with the world that leave a residue in the nervous system — encounters that change the person having them. AI processes data. It has not been moved by a sentence, bored by a performance, or changed by an experience. The pattern recognition it performs is not the same as taste. Taste is not the recognition of patterns that correlate with quality. It is the recognition of quality itself — which requires an inside perspective that data processing cannot provide.

Is taste the same as expertise?
They overlap but are not identical. Expertise is domain-specific competence — the ability to perform at a high level within a defined area. Taste is the evaluative capacity to distinguish the excellent from the merely competent within that domain — and often across domains. Many experts lack taste; many people with taste lack technical expertise. The combination of both is rare and extraordinarily valuable.

How is taste developed?
Through sustained, attentive encounter with things that are genuinely good, paired with the equally sustained encounter with things that are not — so that the nervous system is calibrated by comparison. This requires time, attention, the friction of difficulty, and the willingness to allow experience to change your evaluative capacity rather than simply accumulating as stored information. It cannot be shortcut, downloaded, or acquired by reading descriptions of what good taste is.

What threatens the development of taste in the current environment?
The algorithmically optimized information environment systematically undermines the conditions taste development requires. It delivers content at a rate that precludes sustained attention. It removes friction by making all options equally accessible. It optimizes for engagement rather than quality. And it surfaces what captures attention most efficiently, which is not necessarily what develops taste most effectively. The development of taste requires deliberate resistance to these conditions — the choice to read slowly, engage with difficulty, and allow experience to accumulate over time.

SIGNAL tracks the recurring patterns of human experience across history, philosophy, and science — for people living long enough to encounter them more than once.

For those who intend to last.

Tag: lastadvantage

Unlearning — The Hardest Thing the Brain Can Do and Why It Is the Most Important

Taste — The One Thing AI Cannot Have