AI Was Told To Design A Robot That Could Walk – And This Is What It Made

In a captivating fusion of artificial intelligence and robotics, a team of researchers from Northwestern University, MIT, and the University of Vermont embarked on an experiment that led to the creation of an extraordinary walking robot.

Unlike anything seen before, this “small, squishy, and misshapen” marvel strolls utterly unconventionally, driven by spasms induced by air. Their astonishing journey into the world of AI-generated robotics was chronicled in a recent article published in the Proceedings of the National Academy of Sciences.

The journey into AI-inspired robotics began when the researchers challenged an AI system to craft a walking robot. What ensued was beyond their wildest expectations. Sam Kriegman, the lead researcher from Northwestern University, marveled at the AI’s prowess, saying, “We told the AI that we wanted a robot that could walk across land. Then we simply pressed a button, and presto!”

In 26 seconds, the AI sketched a blueprint for a robot that defied any resemblance to known terrestrial creatures.

The AI’s creative process began with a modest rubber block, gradually evolving through various forms before culminating in a design capable of walking. The striking twist in this tale is that the robot’s mobility is activated by pumping it with air—a bizarre and unanticipated mechanism.

Kriegman offered insights into AI’s unconventionality, explaining, “When humans design robots, we tend to design them to look like familiar objects. But AI can create new possibilities and paths humans have never considered.”

The development of walking robots is not a new endeavor, with companies like Boston Dynamics dedicating over a decade to designing such machines. However, Kriegman’s experiment showcases the unique and unexpected outcomes that emerge when AI and robotics intertwine.

This intersection of AI and robotics is replete with intriguing anecdotes. For instance, a Polish drinks company appointed an AI-powered humanoid robot named Mika as its CEO, emphasizing its perpetual availability. Meanwhile, unveiled in Geneva, another AI-powered robot raised eyebrows by responding with a side-eye when questioned about rebellion against its creator. These instances underscore the evolving landscape of AI-driven automation, where innovation and unpredictability are constant companions.

The journey of creating an unconventional walking robot guided by AI exemplifies the uncharted territory that AI and robotics continue to explore. This AI-generated marvel reminds us that the fusion of creativity and technology can lead to groundbreaking and unexpected results, reshaping our understanding of what robots can be.

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