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Researchers explore how to build shapeshifting, T-1000-style robots
Researchers at UC Santa Barbara have developed small, shapeshifting robots that can transition between solid and fluid-like states. Inspired by embryo tissue, these robots can work cohesively, featuring motorized gears, magnets, and photodetectors. Despite advancements, challenges in size and power remain, with ongoing efforts to miniaturize the robots further.
Key points
- Research led by Matthew Devlin at UC Santa Barbara focuses on shapeshifting robots.
- The robots can change shape and transition between solid and fluid states.
- Inspired by embryonic tissue, they aim to create cohesive collectives of robotic units.
- Features include motorized gears for movement, magnets for attachment, and photodetectors for instruction.
- Current robots are 5 cm; goal is to reduce size to 1-2 cm, yet power issues persist.
Why it matters
- This development aligns with the growing trend of soft robotics and adaptable technologies in IT and AI sectors.
- The capability to build fluid-like robots may improve automation, biomedicine, and environmental monitoring by 2025.
- Historically, robotics has always been inspired by biological systems, reflecting ongoing convergences in engineering and life sciences.
In summary, the advancement of shapeshifting robots marks a significant step in robotics, echoing sci-fi themes while reshaping the future of technology through innovative design inspired by nature.