We've figured out the basics of a shape-shifting, T-1000-style materialResearchers developed cell-like robots that can shapeshift and interact in complex ways, inspired by biological systems.
Researchers explore how to build shapeshifting, T-1000-style robots | TechCrunchRobots can change shape and state, inspired by biological tissues, but face size and power challenges.
How to get a robot collective to act like a smart materialRobots can now mimic material behaviors, self-assembling into forms with variable properties inspired by biological processes.
This mantis shrimp-inspired robotic arm can crack an eggMantis shrimp inspire robotics with unique biomechanical mechanisms for improved motion and reduced wear in robotic applications.
Bird-inspired drone can jump for take-offRAVEN's design enables drones to transition between flying and walking, making them suitable for varied environments.
Effortless robot movementsA new tool enables robots to mimic the energy-efficient movement patterns found in nature, enhancing their locomotion.
We've figured out the basics of a shape-shifting, T-1000-style materialResearchers developed cell-like robots that can shapeshift and interact in complex ways, inspired by biological systems.
Researchers explore how to build shapeshifting, T-1000-style robots | TechCrunchRobots can change shape and state, inspired by biological tissues, but face size and power challenges.
How to get a robot collective to act like a smart materialRobots can now mimic material behaviors, self-assembling into forms with variable properties inspired by biological processes.
This mantis shrimp-inspired robotic arm can crack an eggMantis shrimp inspire robotics with unique biomechanical mechanisms for improved motion and reduced wear in robotic applications.
Bird-inspired drone can jump for take-offRAVEN's design enables drones to transition between flying and walking, making them suitable for varied environments.
Effortless robot movementsA new tool enables robots to mimic the energy-efficient movement patterns found in nature, enhancing their locomotion.
'Embodied energy' powers modular worm, jellyfish robotsDevelopment of soft robots inspired by aquatic life, leveraging 'embodied energy' for enhanced performance and efficiency.
Octopus suckers inspire new tech for gripping objects underwaterVirginia Tech scientists are developing switchable adhesives inspired by octopus suckers, enhancing underwater technology for gripping various objects.
'Embodied energy' powers modular worm, jellyfish robotsDevelopment of soft robots inspired by aquatic life, leveraging 'embodied energy' for enhanced performance and efficiency.
Octopus suckers inspire new tech for gripping objects underwaterVirginia Tech scientists are developing switchable adhesives inspired by octopus suckers, enhancing underwater technology for gripping various objects.
Science Has Spun Spidey's Web-Slinging Into RealityScientists are making real the gadgets of our childhood fantasies, such as remote adhesives inspired by Spider-Man's web-slinging.Marco Lo Presti's accidental creation of strong, sticky webs opens new possibilities in materials science.
This ingenious new prosthetic mimics the bones and ligaments of a human footSoftFoot Pro reduces cognitive load for amputees, enhancing mobility and comfort with a flexible design inspired by the human foot anatomy.
5 steps to marketing innovation with creative problem-solving | MarTechThe creative process thrives on well-defined problems that balance specificity with flexibility.
A Biomimetic Revolution Driving Sustainable Construction Today and BeyondNature operates with remarkable precision and efficiency, showcasing beauty and functionality that inspire innovation in design and engineering.
Science Has Spun Spidey's Web-Slinging Into RealityScientists are making real the gadgets of our childhood fantasies, such as remote adhesives inspired by Spider-Man's web-slinging.Marco Lo Presti's accidental creation of strong, sticky webs opens new possibilities in materials science.
This ingenious new prosthetic mimics the bones and ligaments of a human footSoftFoot Pro reduces cognitive load for amputees, enhancing mobility and comfort with a flexible design inspired by the human foot anatomy.
5 steps to marketing innovation with creative problem-solving | MarTechThe creative process thrives on well-defined problems that balance specificity with flexibility.
A Biomimetic Revolution Driving Sustainable Construction Today and BeyondNature operates with remarkable precision and efficiency, showcasing beauty and functionality that inspire innovation in design and engineering.
4D printed 'solar gate' produces weather-responsive shades that open and close on their ownThe Solar Gate autonomously responds to environmental changes without electricity, enhancing sustainable building designs.
Experience Living In Nature By Blending Into It With This Luxurious Nature-Inspired Villa - Yanko DesignThe Blue Water Lily Villa embodies biomimicry, merging natural beauty with modern living essentials.
WH studio's nanxi hotel inspired by clustered treehouses and leaf anatomyThe Nanxi Tree House represents an evolution in treehouse design, prioritizing natural integration and structural innovation inspired by leaf anatomy.
4D printed 'solar gate' produces weather-responsive shades that open and close on their ownThe Solar Gate autonomously responds to environmental changes without electricity, enhancing sustainable building designs.
Experience Living In Nature By Blending Into It With This Luxurious Nature-Inspired Villa - Yanko DesignThe Blue Water Lily Villa embodies biomimicry, merging natural beauty with modern living essentials.
WH studio's nanxi hotel inspired by clustered treehouses and leaf anatomyThe Nanxi Tree House represents an evolution in treehouse design, prioritizing natural integration and structural innovation inspired by leaf anatomy.
The Engineering of the Strandbeest: How the Magnificent Mechanical Creatures Have Technologically EvolvedThe Strandbeest project exemplifies the intersection of art, engineering, and biological principles, emphasizing adaptation and evolution in artificial constructs.
Teaching a drone to fly without a vertical rudderBirds can fly efficiently without tails or rudders by generating lift through reflexive adjustments.
Hummingbirds' Flight Offers Clues to Improve DronesHummingbirds' extraordinary flying abilities inspire the development of advanced drones for potential military applications.
SATISFY x Oakley Unveil Latest Adventure-Ready Sunglasses and Apparel | stupidDOPESATISFY and Oakley's collaboration showcases innovation in eyewear and apparel, merging performance with style.
How Salamanders Skydive From the Tallest Trees in the World | KQEDWandering salamanders steer in the air using their flexible tails and specialized feet for precision landing.
sruli recht's abyssicide 'garments for drowning in' metamorphose water into coral on skinABYSSICIDE showcases bone sculptures grown from seawater, depicting a future where individuals merge with the sea amid rising ocean levels.