Infinite energy thanks to graphene circuits: revolution coming
Physicists at the University of Arkansas develop graphene circuits to produce infinite energy: incredible prospects.
Physicists at the University of Arkansas develop graphene circuits to produce infinite energy: incredible prospects.
It looks like a simple blanket, but HILU is a concentrate of technology: the new method for weaving graphene fibers has a future of its own.
The thinnest material known to man, but also extraordinarily strong: graphene can revolutionize the semiconductor industry. And not only.
A comfortable and non-invasive method to measure blood pressure in a precise and constant way: thanks to a new electronic graphene tattoo.
Graphene batteries are 3 to 5 times faster than lithium-ion batteries, which take around 90 minutes to fully charge.
Here are 10 applications with which graphene will change the world.
Water covers most of the planet but is full of salt: difficult to make it drinkable. Today graphene (we all know its great properties) could provide a solution to the problem. A team of researchers from the University of Manchester has developed a special membrane equipped with 'scalable' pores and capable of filtering even the most infinitesimal salts. Current salinization plants operate slowly and laboriously. On the contrary, graphene behaves like a real sponge that absorbs… Read more
Technology for the medical field is increasingly cutting edge. And for chronic diseases such as diabetes, giant strides are being made: today we present this high-tech patch in graphene and gold, designed specifically for diabetics. As we know, diabetics must monitor their blood glucose levels daily and possibly inject a dose of insulin, and this is an operation that requires a lot of time, energy and money. A team of Korean and American researchers thought… Read more
If I asked 10 of you readers what in your opinion is the biggest problem that hinders the large-scale diffusion of electric cars, probably 3 of you would blame the oil lobbies (it's a sin to think badly but you're not often wrong) and 7 of you would blame conventional batteries, which take too long to charge. Well, you're all right. Graphene supercapacitors, however, are a more than concrete promise to solve the problem: they are… Read more
Graphene and special electrolytes make the Nanotech Energy battery non-flammable: ideal for e-bikes, robotics and military applications
With the discovery of materials that would have taken 800 years to find, Deepmind opens up a future of superconductors and advanced batteries.
A team at Penn State has created a wearable patch that analyzes sweat in real time, monitoring glucose and helping with diabetes management.
A Chinese and Singaporean research team creates a neuron that could form the nucleus of a new, highly efficient brain-computer interface
Our reality would be part of a binary system: two worlds interacting with each other. The interesting theory of two American physicists.
The invention opens up new catalytic technologies using non-precious metal catalysts for important applications such as renewable energy storage, renewable fuel production and sustainable materials production.
The leader in electric vehicles announces extensive testing of battery materials: the manganese option is ticked.
A restful sleep! We all want it and it's good. A little technology and the goal immediately becomes within reach (even if not everything is for all budgets)
A new hydrogel-based system can make water drinkable in about an hour without using energy and without releasing substances.
A special "patch" analyzes the volatile compounds emitted by plants to monitor the health of crops in real time.
A biosensor made with nanomaterials is able to identify Covid-19 antibodies in record time. A valuable ally against the virus.
A material and a protein together to easily create real artificial blood vessels.