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Editorial: AI’s Terrible Teens

Editorial: AI’s Terrible Teens

AI is growing up fast—and acting out. It’s moody, overconfident, underperforming—and still insists it knows everything.

Child prodigies have always fascinated us. The thrill isn’t just in what they can do, but in what they might become. If Mozart was composing sonatas at four, imagine what he could do at forty. But as history often reminds us, wunderkinds don’t always live up to the hype. Some burn out, others plateau. And some hit puberty like a wrecking ball — unpredictable, temperamental, and exhausting for everyone involved. At that point, anything is possible: triumph or tragedy, genius or self-destruction. But one thing’s for sure — it’s never easy.

The world’s newest prodigy isn’t a boy wonder with a violin. It’s artificial intelligence. From its humble beginnings as a party trick for end users, AI has grown at breakneck speed into a fixture of the modern workplace. It’s now firmly embedded in office routines, academia, and even journalism. But behind the scenes, AI is no longer a charming child—it’s a rebellious teenager. Still brilliant. Still full of promise. But now the question is no longer what it can do— t’s what it’s becoming.

Killer of Bullshit Jobs

First up: the technical tantrums. AI hallucinations—confidently wrong outputs—are no longer rare embarrassments; they’re recurring nightmares. One culprit is what some researchers have called ‘AI inbreeding’—new models trained on data polluted by earlier ones. That creates a downward spiral where machines copy machines, losing accuracy with each generation. While safeguards have improved, the issue has never been fully resolved and demands growing oversight with each new release.

Adding to the mess: hardware bottlenecks. Traditional silicon chips are hitting their thermal and performance limits. Data centres are cooking themselves silly, forcing throttled performance and sky-high energy costs. Alternatives like superconductors or neuromorphic chips exist—but they’re expensive, exotic, and not yet fit for the real world. Quantum computing holds long-term promise, but as of now,  it’s more pitch than prototype—bold slides, little results.

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