Robo-Matter: The Future Path to Convergence of Materials and Intelligence

Due to constraints such as static structures and fixed response patterns, traditional smart materials exhibit limitations in self-adaptive regulation and learning/optimization capabilities, making them inadequate for complex environments and dynamic demands. The convergence of miniaturization, cost reduction, and intelligent development in robotics with breakthroughs in swarm technology has given rise to a novel smart material concept, i.e., Robo-Matter, which refers to materials composed of robotic units as fundamental elements that achieve material functionality through self-organizing swarm technology. By integrating seven core functional modules including environmental perception, information processing, coupled connectivity, mechanical performance, polymorphic transformation, energy endurance, and human-material interaction, Robo-Matter demonstrates intelligent characteristics including autonomous decision-making, environmental adaptation, programmability, and multifunctionality. Through further integration with bio-functional materials and adaptive evolutionary strategies, Robo-Matter may transcend the limitations of traditional smart materials, enabling disruptive applications in smart manufacturing, precision medicine, and extreme environment exploration.