SPACEChinese scientists have identified naturally occurring graphene in lunar soil samples collected by the Chang’e-5 mission. Continue reading the article to learn more.
Scientists produced synthetic diamonds at normal atmospheric pressure using a new technique that does not require a starter gem. Check this article to learn more.
The atomically thin version of boron called borophene was found to be lighter, stronger, and more flexible than graphene. Check this article to learn more.
MIT physicists have observed a strange electronic state called fractional charge in five graphene layers. Continue reading the article to find out more.
A research group has introduced a metal-free nanozyme based on graphene quantum dots for highly efficient tumor therapy. Check this article to find out more.
Georgia Tech researchers achieve a milestone, crafting the world's inaugural functional graphene semiconductor, introducing a novel approach to electronics. Check out more details in this article.
A team of researchers developed a reliable, high-performance graphene-based sensor which can detect the presence of toxins in water at low levels in just a small amount of time. Learn more about it in this article.
A group of scientists studied the possibility of harvesting energy from human bodies to be converted into electricity. Continue reading the article to find out more.
Technological advances, like bronze, iron, steel, and silicon shaped history, while graphene, a supermaterial, may revolutionize physics and engineering's future. Read the article to learn more.
Researchers come up with a new approach to creating smart materials that ensure that the graphene does not oxidize. Read to know more about this milestone.
A new method was developed to improve the adsorption capacity of wastewater treatment. Continue reading about how graphene helps in the efficiency of the material.
3D graphene foam advanced pressure sensors developed by experts could revolutionize robotic systems and prosthetic. Click here to learn more about the unique properties of graphene foam and the need for pressure sensors.
For generations, scientists have only theorized how atoms would behave in a liquid. Today, researchers stumbled upon a novel discovery. Read on how a nano-Petri dish allows researchers to take videos of single atoms behaving in liquid.
A research team accelerated imaging techniques to capture small molecules, an advancement from plastics to pharmaceuticals. Read to learn more about it.
Researchers have successfully created the next-gen material called "graphene" with similar properties to graphene, but only somewhat better. Read on to learn how it fills the longstanding gap in carbon material science.