We will cool cars using 'butterfly wings'
Inspired by butterfly wings, a new reflective coating has been shown to keep cars fresh and colourful.
Inspired by butterfly wings, a new reflective coating has been shown to keep cars fresh and colourful.
Inspired by nature, the synthetic spiderwebs promise to extract drinking water directly from the air, offering a solution for arid areas.
The Finnish startup 18 Wheels presents an all-electric ATV built with recyclable materials, inspired by the movement of a centipede.
From "plasticone" stronger than steel to 3D printed mushroom columns, here are the materials that will redesign the construction of the future
Brighten, change color, repeat: the octopus-inspired ink revolution.
New “smart” coatings for orthopedic implants will be key to reducing infections and monitoring the patient's healing process.
The startup's innovative tidal buoy harnesses wave energy by mimicking the human heart.
New intelligent fabrics change color and shape based on temperature and electricity: revolution for clothing and cars.
Researchers at IIT Genoa create I-Seed, a biodegradable robot seed inspired by the South African geranium.
Desert partridge feathers may inspire more efficient bottles and new water collection systems in arid environments.
Plasmonic paint reflects heat, reduces greenhouse gases and lasts for centuries – the color revolution has just begun.
The energy of the future is born from wind and rain: the surprising artificial leaf speaks Italian, the result of the work of the IIT of Genoa.
The Huc enzyme can prove to be an incredible "natural battery" with great potential.
It's big, but weighs little. He flies, but he also knows how to walk. It's useful for rescuing and exploring, but it scares me. What is he? Spoiler: the spider protagonist of this article.
No rigid and heavy rovers: the key to Martian exploration is all in this ingenious "cybernetic lizard".
The project could change the global agricultural sector forever, but microrobots still have two big challenges ahead.
Biomimetic research and gallium produce a robot whose characteristics recall those of a certain film with Arnold Schwarzenegger.
Antennas taken (literally to a locust) and a special algorithm create a cyborg capable of recognizing odors
The one 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 robot fish designed by student Eleanor Mackintosh, vacuums up microplastics to sample them, recycle them and minimize pollution in waterways.