Adaptive Bioinspired Soft Robotics: Bridging Natural Behavior and Robotic Intelligence

Soft robotics is redefining how machines interact with complex environments by merging compliant mechanics, intelligent materials, and nature‑inspired morphologies. This Research Topic seeks to advance the integration of smart functional materials and bio‑inspired actuation architectures to build robotic systems that are inherently adaptive, resilient, and multifunctional.Recent innovations in shape‑memory polymers, electroadhesive mechanisms, and dielectric or pneumatic continuum actuators are enabling soft robots to dynamically modulate stiffness, alter form, and adapt their motion to fluid, aerial, and human contexts. These breakthrough materials and morphable designs combine sensing and actuation within unified structures, paving the way for adaptive control strategies and new robotic paradigms.The collection invites contributions addressing:Novel material and structural concepts for variable‑stiffness and morphable robots.Multiphysics modeling, learning‑based control, and morphogenesis in continuum robots.Bio‑inspired actuators and sensory integration in soft, aerial, or wearable systems.Advanced fabrication, characterization, and design optimization tools for multifunctional soft robotics.By connecting expertise in robotics, materials science, and mechatronic design, this Research Topic will highlight emerging frameworks that enable truly intelligent and adaptive soft robots capable of crossing boundaries between mechanical systems and living organisms. Topic editors: Tianqi Yue, Quan Xiong, Krishna Manaswi Digumarti, Jihong Zhu Source: https://www.frontiersin.org/research-topics/82101/adaptive-bioinspired-soft-robotics-bridging-natural-behavior-and-robotic-intelligence