According to foreign media, graphene is a nanotechnology material composed of a single layer of carbon atoms with many impressive properties.
According to the Canadian "Digital Magazine" website reported on December 16, it is the hardest material ever tested, but also flexible, transparent, its thermal and electrical conductivity is 10 times that of copper, and its optical performance is good (suitable for flexible display) ). These features drive a range of scientific innovations, three of which are:
Smart textile
The latest research shows that graphene is the key to the development of smart textiles. Scientists at the University of Exeter in the UK have developed a new technology to make all-electronic fibers. This material can be incorporated into the production of everyday clothing.
This should address the limitations of today's wearable electronics. Current wearable electronic products are often integrated by adhering the device to the fabric, and the degree of rigidity limits the range of wearable devices.
According to the report, the alternative is to incorporate electronic equipment into the fabric of the material (woven graphene fibers into the fabric). This can be achieved by applying lightweight, durable parts to the electronic fibers so that the image is displayed directly on the fabric.
2. Brain implant electrodes
According to reports, scientists are experimenting with the use of hydrogels with electrical and antibacterial properties as a neural interface. Recent research by the University of Basque Autonomous Region in Spain has created some hydrogels with potential biomedical uses.
In order to improve the efficiency of the electrode, the researchers used starch as a raw material. Although this method has achieved some success, in order to improve the electrical performance, the researchers also added graphene and sage extracts. Graphene has electrical properties that are well suited for hydrogels.
3. Low carbon fibers
According to reports, researchers at the University of Manchester in the United Kingdom combine graphene with natural fiber jute. This pairing pioneered the world's first graphene-reinforced natural jute fiber composite . This product can replace synthetic materials in many manufacturing fields, such as those used in automotive interiors, and is attractive to those seeking natural carbon neutral alternatives.
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