AI · Web3 · Tech trends and insights at a glance
AI · Web3 · Tech trends and insights at a glance
When AI skeptics get labeled "crazy," that rhetorical move marks the moment a belief system begins protecting itself from falsification rather than engaging on the merits. The pathologization of doubt is a structural feature of ideology, not just heated argument. This column examines what happens to institutional error-correction when optimism becomes immune to skeptical challenge.
The language of mental illness has crept into conversations about artificial intelligence, and that fact alone warrants careful attention. Two pieces circulated on Hacker News in close succession: one argued that its author's AI skeptic friends are "all crazy"; the other catalogued companies gripped by what it called "AI psychosis." Despite pointing in opposite directions, these texts share a revealing grammar. Neither engages with its target's arguments. Both reach instead for a diagnostic vocabulary, converting disagreement into symptom and critic into patient.
This is not merely rhetorical overreach. When a belief system begins framing dissenters as mentally defective rather than intellectually mistaken, it has crossed a significant epistemic threshold — one with real consequences for how markets and organizations process information.
Karl Popper's central criterion for scientific claims was falsifiability: a proposition earns its place in rational discourse precisely by being the kind of thing that could, in principle, be wrong. The move of pathologizing skeptics short-circuits this requirement with unusual elegance. If those who doubt AI's transformative potential are simply crazy, then no accumulation of disappointing real-world results can vindicate them — their skepticism was always a symptom, never a signal. The belief becomes immune to correction not through argument but through the categorical dismissal of anyone who might offer a counter-case.
This structure is familiar from prior episodes of technological enthusiasm. During the late 1990s internet boom, skeptics of dot-com valuations were routinely dismissed as dinosaurs who failed to grasp the new economy. Analysts who raised concerns about mortgage-backed securities before 2008 were characterized as failures of financial imagination — people who didn't understand how sophisticated the instruments had become. In both cases, the rhetorical marginalization of dissent played a causal role in suppressing error-correcting feedback until the correction arrived catastrophically and all at once.
The AI moment carries a feature that makes this pattern more acute. Unlike tulip bulbs or no-revenue internet startups, large language models demonstrably do remarkable things. This genuine capability makes unfalsifiable optimism harder to challenge — every pointed critique risks looking like an inability to appreciate what is actually in front of you. Quietly and without formal announcement, the burden of proof has been reversed: it is now the skeptic who must prove their case, not the booster.
The asymmetry between the two HN texts matters, but not primarily in the way one might expect. The "AI psychosis" piece targets companies; the "crazy skeptics" piece targets individuals. The more important asymmetry, though, lies in institutional power, capital allocation, and narrative control. Venture capital, large technology company marketing, and increasingly government industrial policy all point in the same direction. When the incentive structure of an entire ecosystem aligns with one conclusion, skepticism stops being a minority view and starts being a career risk.
This is where the epistemic problem becomes an organizational one. Healthy markets and institutions depend on error-correction mechanisms — on people being able to say, when things are going wrong, that things are going wrong. These mechanisms require not just logical permission to dissent but psychological and social safety for the dissenter. An environment in which questioning AI adoption is coded as cognitive failure makes such mechanisms brittle. The internal voice asking whether the AI deployment actually improved any measurable outcome gets classified alongside those who "just don't get it." The feedback loop that should self-correct instead self-amplifies.
The picture is complicated further by the genuine ambiguity of AI's current results. Productivity effects remain contested and difficult to measure at scale. Many enterprise deployments have produced modest or unclear returns. A rational, evidence-based assessment might conclude: promising in some domains, oversold in others, jury still out on aggregate economic impact. But the discursive environment makes that balanced conclusion structurally unstable. To offer it is to risk classification among the crazy skeptics.
None of this is an argument against AI or against genuine enthusiasm for its possibilities. It is an argument about epistemic hygiene — about the conditions under which any large claim about the world can be productively interrogated and refined. Strong claims about transformative technology should survive contact with skeptical interlocutors, not by routing around them. When the best available response to a skeptic is to question their mental fitness, you have — whatever the underlying technology's merits — made the intellectual environment worse.
The philosopher Imre Lakatos described how scientific research programs maintain a "protective belt" of auxiliary hypotheses that deflect falsification from the core claim. This dynamic is not inherently pathological; productive science proceeds by protecting its most robust theories while adjusting peripheral assumptions. But when the protective belt becomes primarily social — when the mechanism of deflection is the discrediting of the critic rather than the refinement of the theory — the research program becomes what Lakatos called degenerative. It stops producing new knowledge and starts producing defensive maneuvers.
Something analogous is available as a diagnostic for technology discourse. An AI optimism that can engage skeptical arguments on their merits, acknowledge genuine uncertainty about timelines and returns, and update on evidence: that is a healthy intellectual position, and it is available. An AI optimism that defends itself by pathologizing doubt is telling you something different. It is telling you that the belief has become load-bearing in ways that cannot afford to be tested — which is precisely the moment when testing it matters most.
The Hidden Logic of Europe's Auto-Chip Venture, SDV Demand and Korea's Silicon Gap
TSMC's Dresden joint fab with Bosch, Infineon, and NXP is read as a sovereignty play, but its real driver is the mature-node demand unleashed by software-defined vehicles. As per-car chip counts explode, automotive-specific supply chains are being revalued strategically — exposing how Korea's memory-and-foundry strength leaves a conspicuous hole in automotive silicon and a dependency risk for its carmakers.
France's Pay-Cap Debate and the Question of Who Owns the AI Windfall
Korea's deputy prime minister has floated the idea of a 'profit-sharing rule,' echoing France's flirtation with bonus caps, just as the AI chip boom hands a handful of firms extraordinary windfalls. The fight is not really about bonus size but about whether the gains from a boom belong solely to those who received them, or whether the society that underwrote the boom holds a claim. This is where the impulse to recirculate windfalls collides with the freedom of capital to dispose of its own profits.
Fewer Conscripts by Demographic Force, Korea's Tipping Point Toward Defense Robotics
President Lee Jae-myung's call to minimize conscription and move toward a selective volunteer force reads less like institutional reform than a declaration of forced military automation. A collapsing birth rate is draining the manpower pool, and the structural pressure to replace soldiers with unmanned weapons and battlefield AI is colliding with autonomous-weapons technology already battle-tested in the Middle East.