What can a sand-swimming lizard, a cockroach sprinting across rough terrain, and a centipede teach us about the next generation of robots?

In this episode,we sit down with physicist and roboticist Daniel Goldman to explore the fascinating world of robophysics—the science of using animals to uncover the fundamental principles of movement. From sandfish lizards that "swim" beneath desert dunes to multi-legged robots designed for search-and-rescue missions, Goldman's research reveals how nature's solutions can inspire machines capable of navigating some of the world's most challenging environments.

Along the way, you'll discover how studying animal locomotion has led to breakthroughs in robotics, why failure is often the key to understanding movement, and how insights from creatures that have evolved over millions of years may help engineers build smarter, more adaptable robots for the future.

Whether you're fascinated by animals, engineering, physics, or the intersection of all three, this conversation offers a remarkable look at how nature continues to shape innovation.

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