Cells, despite lacking brains, can collectively organize to form complex organisms. Inspired by this, researchers are developing machines that mimic cellular intelligence, potentially leading to self-repairing technology. A study in Nature Communications explores “smart bricks” that could revolutionize machine self-assembly. Researchers simulated cubes with neural networks, forming 3D shapes like boats and houses. These cubes communicated locally to identify their shape with high accuracy, even when some were missing. Real-world tests with physical blocks confirmed these findings, suggesting applications in educational toys and beyond. This research could pave the way for machines that autonomously build and repair themselves, transforming technology and education.
QUESTION: How might the development of self-repairing machines change the way we interact with technology in the future?
These smart bricks know what object they make up
