Proteus, a material that cannot be cut, is practically indestructible
It uses tiny vibrations inside to resist any attack: you cannot cut it and it is virtually indestructible. It is Proteus, a new, stunning material.
Search Results for: Super material
Quantum points transform every surface into a solar cell
A material that applied to any object (or dress) allows it to derive energy from the sun? It is possible and hyper efficient thanks to quantum dots.
The material of the future? Transparent and enhanced wood
New construction methods, bright ceilings, futuristic car interiors, even batteries: transparent and enhanced wood is the most promising material of the future
A super bread made of micronutrients against malnutrition
A team managed to encapsulate 11 micronutrients in a tiny polymer that does not alter the flavor of the food. The challenge against malnutrition is launched.
Superwood is born: it is as strong as steel and reflects the sun's rays
The new wood is very dense and has a strength of around 404 megapascals, which makes it almost 9 times stronger than natural wood.
Superlight solar cells arrive
The future will be made of solar cells, yes, but super light and very small. In fact, MIT researchers announced to the world that they had created the lightest and thinnest solar cell ever, which could easily be placed on any material and surface, such as t-shirts, smartphones and sheets of paper. To always have a clean energy source. To show everyone that the cells are really very light, scientists placed the solar cell on a soap bubble, without ... Read more
Synthetic but alive: cells that challenge the boundary between artificial and biological
DNA as a building material for multifunctional synthetic cells, stable up to 50°C. Potential applications in regenerative medicine, drug delivery and diagnostics.
Goodbye lithium, welcome sodium: the breakthrough of new generation batteries
Sodium, 500 times more abundant than lithium, could revolutionize the world of batteries. This is demonstrated by new research from KAIST.
How they created mini earthquakes in the laboratory to study large ones
No mysteries, HAARP and geomagnetic weapons. Spiaze. Here we are talking about very small grains of sand in a somewhat cheerful laboratory. But we bet you will find it even more intriguing?
The metafluid robot arrives: it programs itself on command and adapts to objects
Created programmable metafluid with elastomeric beads: viscosity, compressibility and optical properties modifiable. Applications in robotics and optics.
Embodiment, with robots AI will have a body, and it will be at unthinkable levels
For embodiment, a physical body is needed to achieve human intelligence. This is why companies are "embodying" AI in robots.
Israel registers Palestinians en masse with AI facial recognition
Israel exploited the technologies of Google Photos and the startup Corsight to register Palestinians in Gaza after October 7. Arbitrary interrogations and arrests.
An implantable battery feeds on oxygen: towards "symbiotic" devices
In the new implantable Na-O2 battery, tissue oxygen acts as fuel. It can power devices, and even be therapeutic.
World's first 3D printed trachea transplant with stem cells
Korean researchers used scans and bioink with the patient's cells to create a 2cm artificial trachea that was successfully transplanted in 5 weeks.
Phase change concrete melts snow and ice without salt
Researchers at Drexel University have created self-heating concrete by incorporating phase change materials, capable of melting snow and ice for 10 hours.
Goodbye aphonia: a miraculous patch makes you speak even without a voice
UCLA bioengineers have designed and tested a soft patch that, when applied to the neck, is capable of making the voiceless speak.
Building like bees: drones that 3D print houses in flight
Drone technology that 3D prints in flight, inspired by the collaboration of insects, promises to build in previously inaccessible areas.
Diamond transforms electronics: cooler components, faster charging
Diamond nanomembranes developed by Fraunhofer reduce the heat of electronic components by 10 times and increase the charging speed of electric vehicles fivefold
A revolutionary airgel could simplify hydrogen logistics
TIISA airgel can truly transform green hydrogen logistics: new storage and transportation, for a consecration.
Rethread Africa, from pineapple waste to sustainable fabrics
Thanks to sustainable processes, Rethread Africa creates biodegradable materials from agricultural waste, such as pineapple leaves, strengthening the circular economy.
Po Valley, why is the air so polluted? How to solve in the future?
Po Valley, we explore innovative technological solutions and strategies to combat air pollution
