Dynafin, the propeller of the future is like the tail of a whale
From nature to engineering: Dynafin, or how ABB translated the majesty of a whale into a cutting-edge propeller. Poetry and technology navigate together.
From nature to engineering: Dynafin, or how ABB translated the majesty of a whale into a cutting-edge propeller. Poetry and technology navigate together.
The denticles on shark skin are truly hydrodynamic devices, and now we know how they work. The potential applications? Infinite.
Caltech develops bionic jellyfish to explore oceans at 4,5 times faster speed, carrying scientific instruments
An artificial gland mimics the spider silk production process, opening new frontiers in the medical and textile sectors.
Amazing Research: African Ants Apply Natural Antibiotic Secretions to Wounds to Fight Infections: Possible Use in Human Medicine.
Innovation in the world of drones: a model that flies like a condor using currents, with almost no propulsion
A NUAA team has created an insect robot capable of flying, climbing and taking off from vertical walls, inspired by nature.
Switzerland's Gravity-Defying Robotic Spider-Gecko Could Revolutionize Facility Inspection And Maintenance Around The World...And Keep My Sleep Away
Light up, change color, repeat: the octopus-inspired ink revolution.
The new "smart" coatings for orthopedic implants will be key to reducing infections and monitoring the patient's healing process.
New intelligent fabrics change color and shape based on temperature and electricity: revolution for clothing and cars.
Desert partridge feathers may inspire more efficient bottles and new water harvesting systems in arid environments.
No rigid and heavy rovers: the key to Martian exploration is all in this ingenious "cyber lizard".
What is being studied at Yale is not a "simple" robotic turtle, but the paradigm of how robots could move in the future.
At Harvard, researchers have developed robots capable of replicating the cooperative behavior of ants to perform tasks.
"Gillbert", a robotic fish designed by student Eleanor Mackintosh, sucks up microplastics to sample, recycle and minimize pollution in waterways.
Research by the Italian Institute of Technology produces cybernetic muscles with unique characteristics
The combination of LIDAR and computational processing allows these bionic cameras to see even beyond obstacles.
The shape of the snakes is by far the most promising for flexible robotics. Here are the latest developments and future prospects.
The octopus has a fantastic grip with its eight, infallible tentacles. Biomimicry managed to reproduce it, and put it in a glove.
A new generation of robots made with "active matter" could revolutionize our approach to robotics and innovation.