Graphene is the most strong material in the world and transparent also so that makes a lot of researchers and scientists target to compact graphene in many…..
.. Read more >>
Researchers have developed a tattoo-like sensor depend on graphene that can measure heart rate and brain waves and could change the way that bodily functions are monitored……
.. Read more >>
Perhaps you hope or have dreams get flexible displays on your phone or smartwatch, but there’s a good reason you don’t find them everywhere the transparent electrodes…..
.. Read more >>
Cochlear implants can restore hearing to individuals with some types of hearing loss. Retinal implants are now on the market to restore sight to the blind. But…..
.. Read more >>
A new method for producing high-quality conductive graphene inks has been developed by researchers working at the Cambridge Graphene Centre at the University of Cambridge, UK. Conductive…..
.. Read more >>
Researchers at the Cambridge Graphene Centre have created a process for creating wearable graphene that is durable and environmentally friendly. Graphene is a substance which exhibits…..
.. Read more >>
The possibility of producing functional OLED electrodes from graphene has been proven for the very first time. Fraunhofer researchers have developed the process by collaborating…..
.. Read more >>
Fully flexible NFC antennas made from graphene could match the performance of conventional metallic antennas, making connected wearable devices cheaper and more energy-efficient, a consortium backed…..
.. Read more >>
“With the GSMA having introduced the Graphene Pavilion at this year’s show, it’s now bringing more than 150 academics from around the world to the…..
.. Read more >>
Silly Putty is an intriguing element in itself. The silicone polymer material has unique physical properties, being able to transform into any shape, or even break…..
.. Read more >>
Graphene is the most strong material in the world and transparent also so that makes a lot of researchers and scientists target to compact graphene in many…..
.. Read more >>
Researchers have developed a tattoo-like sensor depend on graphene that can measure heart rate and brain waves and could change the way that bodily functions are monitored……
.. Read more >>
Perhaps you hope or have dreams get flexible displays on your phone or smartwatch, but there’s a good reason you don’t find them everywhere the transparent electrodes…..
.. Read more >>
Cochlear implants can restore hearing to individuals with some types of hearing loss. Retinal implants are now on the market to restore sight to the blind. But…..
.. Read more >>
A new method for producing high-quality conductive graphene inks has been developed by researchers working at the Cambridge Graphene Centre at the University of Cambridge, UK. Conductive…..
.. Read more >>
Researchers at the Cambridge Graphene Centre have created a process for creating wearable graphene that is durable and environmentally friendly. Graphene is a substance which exhibits…..
.. Read more >>
The possibility of producing functional OLED electrodes from graphene has been proven for the very first time. Fraunhofer researchers have developed the process by collaborating…..
.. Read more >>
Fully flexible NFC antennas made from graphene could match the performance of conventional metallic antennas, making connected wearable devices cheaper and more energy-efficient, a consortium backed…..
.. Read more >>
“With the GSMA having introduced the Graphene Pavilion at this year’s show, it’s now bringing more than 150 academics from around the world to the…..
.. Read more >>
Silly Putty is an intriguing element in itself. The silicone polymer material has unique physical properties, being able to transform into any shape, or even break…..
.. Read more >>
