10 years of AI reporting | 60 Minutes Marathon
In a Nutshell
A decade-long 60 Minutes survey of AI shows self-driving cars, trucks, and humanoid robots moving from prototypes to commercial deployment, with autonomous trucks already operating on public highways and Tesla, Boston Dynamics, and Chinese firms racing to build working humanoids. Generative AI systems like Bard, Claude, and ChatGPT now write code, create deepfakes, and pass medical exams, while quantum computers at IBM and Google are positioned to solve problems classical machines cannot. The reporting ends with warnings from AI pioneers—Geoffrey Hinton, Demis Hassabis, Dario Amodei—that super-intelligent systems may soon out-reason humans, displace half of entry-level white-collar jobs within five years, and require urgent global regulation to prevent misuse or loss of control.
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Car accidents cost more than time and money, killing nearly 33,000 people annually on American roads, almost all due to driver error. This is equivalent to a 747 full of passengers crashing once a week for a year. Self-driving cars could save more than two-thirds of those lives, according to the nation's top auto regulator. This potential has sparked intense competition among the biggest names in the auto industry and high-tech sectors to develop driverless cars powered by artificial intelligence.
Six years ago, Google rolled out a prototype that jumpstarted the competition. Today, Apple and Uber are also experimenting with the technology. The reporter visited Silicon Valley, described as the new Detroit for self-driving cars, to assess how far the technology has advanced.
Computer scientist Ralph Herwick runs autonomous vehicle research for Mercedes-Benz. He demonstrated the company's most advanced self-driving prototype, the S500, during a 20-mile drive on city streets and highways in Silicon Valley. The car operates with no hands or feet required once the system is activated by pulling a lever. The prototype features a German accent for its voice commands.
The car successfully navigated intersections by slowing down and steering itself into the left turn lane, then proceeded through green lights and made left turns with other traffic present. The technology handled freeway on-ramp merges, though it maintains strict adherence to speed limits and does not accelerate aggressively.
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