Finding Inspiration in Nature and Biomimicryby Ian Black, MSComm, MScStudying biological organisms to find material and structural solutions
Plant-Inspired Liquid Metal Actuators Unlock New Potential for Flexible Roboticsby Hefei Institutes of Physical Science, Chinese Academy of Sciences
NewsUnlocking the Secret Strength of Marine Musselsby McGill UniversityDiscovery may lead to medical advances in bio-implants, wearable sensors, and more
NewsSoft, Living Materials Made with Algae Glow under Stressby University of California - San DiegoThe 3D-printed soft, living materials glow in response to stress, such as compression, stretching, or twisting
NewsDelving Deeper into Structure and Color for Advancements in Fabricationby University of DelawareFindings can be used in the future to more efficiently fabricate materials that have custom, robust colorations
NewsScientists Use Seaweed to Create New Material That Can Store Heat for Reuseby Swansea UniversityNew material has increased salt capacity for four times greater energy density than previous carrier
NewsPerfection: The Enemy of Evolutionby Duke UniversityFreedom to miss the optimal mark opens a wide range of new designs over time
NewsBio-Inspired Device Captures Images by Mimicking Human Eyeby Penn StateThe findings represent several fundamental breakthroughs in realizing perovskite narrowband photodetection devices
NewsCentipedes Inspire Many-Legged Robots That Can Traverse Difficult Landscapesby Georgia Institute of TechnologyThese new robots have potential uses in agriculture, space exploration, and search and rescue
NewsA Biology-Inspired Model Opens the Door to Soft Robot Controlby University of Illinois Grainger College of EngineeringFirst of its kind model provides a framework for design and control of future soft robots
NewsResearchers Create Flying Robot Snakesby Holden GalushaThe study is one of the latest in the growing literature exploring biomimicry in aerial applications
NewsHummingbird Flight Could Provide Insights for Biomimicry in Aerial Vehiclesby Penn StateThe small bird’s mechanics revealed through a novel modeling method