Soft Robotics– tag –
-
Temperature and pH-Responsive Self-Adaptive Hydrogel Enables Soft Robotic Artificial Muscles and High-Sensitivity Electronic Skin, Accelerating Medical and Bioengineering Applications
Cell Reports Physical Science International Overview Researchers have developed a hydrogel that self-adaptively changes its shape and properties in response to variations in temperature and pH. This innovative material shows promise for ... -
University of Science and Technology of China Develops Photoresponsive Hydrogel Capable of 80,000% Expansion and Shapeshifting with Light, Revolutionizing Soft Robotics
The Debrief China Overview Researchers at the University of Science and Technology of China have developed a novel photoresponsive hydrogel capable of extreme shape-morphing, expanding over 80,000% within 40 seconds using only light. Thi... -
Integrating Sustainability and Functionality in Soft Robotics: Fluorine-Free Surface Chemistry and Self-Healing Hydrogels Extend Device Lifespan and Recyclability
ACS Nano USA Overview Soft robotics is advancing towards integrating sustainability and functionality through innovative materials. New fluorine-free surface chemistries, self-healing hydrogels, and dynamic covalent polymer networks are ... -
Polyurethane-Based Self-Healable Flexible Sensors Integrate Mechanical Integrity, Conductivity, and Multifunctionality via Molecular Engineering
ACS Publications (ACS Nano) USA Overview The field of self-healing flexible sensors is evolving beyond basic crack closure to coordinated recovery of mechanical integrity, adhesion, and conductivity. This review highlights advances in po... -
Fabbaloo Reports 3D Printed Liquid Crystal Elastomer Technology Enables Programming Diverse Actuation Behaviors within Filament Sections
Fabbaloo Canada Overview Fabbaloo has reported on the development of a groundbreaking 3D printing technique for smectic liquid crystal elastomers (LCEs). This new technology allows for programming opposing actuation behaviors, such as ex... -
Post-Printing Manipulation Achieves 3-Order-of-Magnitude Modulus Reduction in 3D-Printed Materials via Synergistic Dynamic Polymer Networks and Phase Separation
ACS Publications USA Overview Researchers have developed an innovative method to manipulate the mechanical properties of 3D-printed materials (polyHUBM/mPEG) after printing, utilizing synergistic engineering of dynamic polymer networks a... -
MIT Unveils Mathematical Framework for 3D Printing Bio-Inspired Adaptive Materials, Accelerating Soft Robotics and Morphing Aircraft Wing Design
MIT News | Massachusetts Institute of Technology USA Overview MIT researchers have developed a pioneering mathematical framework for designing bio-inspired adaptive materials, with direct applications in soft robotics and morphing aircra... -
Microscopic Derivation of Field Equation for Active Brownian Particles Contributes to Modeling Self-Organization and Transport Phenomena
arXiv (cond-mat.soft) International Overview Researchers have developed a microscopic derivation for the field equation governing active Brownian particles. This achievement significantly contributes to modeling self-organization and tra... -
Penn Engineers Develop MRI-Compatible Soft Robotic Microballoons to Observe Earliest Moments of Stroke in Mice
University of Pennsylvania USA Overview Engineers at the University of Pennsylvania, in collaboration with the University of Maryland School of Medicine, have developed small, MRI-compatible elastic microballoons for soft robotics applic... -
GIST Unveils Soft Robot Material Capable of Distinguishing Self-Movement from External Touch
Science Robotics South Korea Overview Researchers at GIST have engineered a novel soft robot material that can accurately differentiate between internal deformation (self-movement) and external tactile stimuli. This innovation utilizes m...
