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Elon Musk Predicts Artificial General Intelligence In 2 Years. Here’s Why That’s Hype

Originally published in Forbes, April 10, 2024

When OpenAI’s board momentarily ousted Sam Altman from his post as CEO last November, the media obsession was… intense. Why so much fuss about a corporate drama? The public mania—and perhaps the ousting itself—came in no small part from a widespread belief that the company is well on its way to accomplishing its stated mission, the formidable goal of building artificial general intelligence, software capable of any intellectual task humans can do. The hype hasn’t let up. Just this week, Elon Musk predicted AGI within the next year or two.

If it came true, AGI would be the whole enchilada. Today’s systems only accomplish narrow, well-defined tasks. For example, predictive AI—aka enterprise machine learning—draws from data to improve large-scale business operations, such as targeting marketing, fraud detection and various kinds of risk management activities. And generative AI creates drafts of writing, code, video and music. In contrast, since AGI would be as generally capable as humans—across all jobs, including the performance of AI research itself—the implications would be earth-shattering.

But the belief that we’re gaining ground on AGI is misguided. There’s no concrete evidence to demonstrate that technology is progressing toward general human-level capabilities. Reports of the human mind’s looming obsolescence have been greatly exaggerated.

This mistaken belief should be tempered by AGI’s immense difficulty. How could we build it? The human species is flummoxed. Even if the human mind could be emulated or equaled by a computer program—even if human abilities are algorithmic—the real difficulty comes in how to program it in the first place. Just because computers are so general-purpose that they hold the potential to do almost anything does not mean they will do everything we envision. And just because computers will soon potentially equal the human brain’s sheer computational power quantitatively—in terms of the number of operations per second—that doesn’t contribute to the qualitative development needed to stand up to the brain’s functions. The power is in the instructions we give the device, not in the device itself.

But journalists, futurists and other purveyors of hype promote this myth with full immunity because it’s unfalsifiable. It may be hard to prove true, but it’s impossible to prove false. We could never be certain whether AGI is on its way until its alleged arrival.

Nonetheless, even if we can’t disprove the claim that AGI is nigh, we can examine its credibility as much as any other outlandish, unfalsifiable claim. To date, no advancements have provided clear insights as to how to engineer human-level competence that is so general that you could assign the computer any task that you might assign to a person. Speculating on that possibility is no different now, even after the last several decades of impressive innovations, than it was back in 1950, when Alan Turing, the father of computer science, first tried to define how the word “intelligence” might apply to computers.

That’s tough news for the AI industry, which has bet the farm on AGI. And for media darlings who enjoy a special sort of glamor and intrigue—as well as the occasional stock bump—for declaring that AGI is coming soon, including Altman (OpenAI), Bill Gates (Microsoft), Demis Hassabis (Google DeepMind), Jensen Huang (Nvidia), Musk (Tesla) and Mark Zuckerberg (Meta).

Since the day the term was coined, AI has faced an identity crisis. It’s stubbornly nebulous, so proponents continually perform an awkward dance of definitions that I call the AI shuffle. Some say that AI is intelligence demonstrated by a machine, but that’s too vague to constitute a pursuable engineering goal. Some define AI in terms of an advanced capability, but that also falls short—when a computer drives a car or plays chess, it’s still only considered a primordial step rather than AI in the full sense of the word. Still others refuse to define it entirely; even some popular books on the topic offer no definition whatsoever. While some fans of the AI brand find its amorphous nature charming, that’s a bug, not a feature. If you can’t concretely define it, you can’t build it.

The best way out of this predicament would be to drop the term AI entirely (outside of philosophy and science fiction) and stick with machine learning, a well-defined, proven technology. But AI has become a powerful brand, riding strong on tremendous momentum. And so, to establish a concrete definition, it must eventually resort to the ultimate, grandiose goal, AGI. Doing so is divisive indeed—many insiders prefer more modest goals for AI as a field. But since those less anthropomorphic goals elude any clear, satisfactory definition, AI’s identity consistently reverts back to AGI.

AGI presents such a gargantuan requirement for technology that even just validating its existence would be impractical within the brief, decades-long time ranges that many bet on. For example, developers could benchmark a candidate system’s performance against a set of, say, 1 million tasks, including tens of thousands of complicated email requests you might send to a virtual assistant, various instructions for a warehouse employee you’d just as well issue to a robot and even brief, one-paragraph overviews for how the machine should, in the role of CEO, run a Fortune 500 company to profitability. You’d then have to wait and see how those companies fare over long periods.

Let’s call AGI what it is: artificial humans. In this story, the computer essentially comes alive. We must not let impressive developments—including the advent of generative AI—propel wild beliefs about the impending arrival of superintelligence. Instead, pivot from grandiose goals to credible ones. The false promise of creating AGI within mere decades leads to poor planning, incurs great cost, gravely misinforms the public and misguides legislation.

About the Author
Eric Siegel is a leading consultant and former Columbia University professor who helps companies deploy machine learning. He is the founder of the long-running Machine Learning Week conference series and its new sister, Generative AI Applications Summit, the instructor of the acclaimed online course “Machine Learning Leadership and Practice – End-to-End Mastery,” executive editor of The Machine Learning Times and a frequent keynote speaker. He wrote the bestselling Predictive Analytics: The Power to Predict Who Will Click, Buy, Lie, or Die, which has been used in courses at hundreds of universities, as well as The AI Playbook: Mastering the Rare Art of Machine Learning Deployment. Eric’s interdisciplinary work bridges the stubborn technology/business gap. At Columbia, he won the Distinguished Faculty award when teaching the graduate computer science courses in ML and AI. Later, he served as a business school professor at UVA Darden. Eric also publishes op-eds on analytics and social justice. You can follow him on LinkedIn.