Graphene changes 13 ways in which we live
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13.3D Camera Sensors If you've been paying attention to graphene, you've certainly heard of graphene cameras, an eye-opening report: Graphene cameras have 1000 times higher sensitivity than our current cameras, showing the perfect pixel night. Photography beauty. But you don't have to be too eager for that report, and a project about the University of Michigan is worth a good look. 
The camera uses a multi-layer translucent graphene sensor to create a 3D view of the scene. Compared to Lytro Illum light field cameras that require hundreds of microlenses to create views, graphene cameras require only multiple layers of sensors. This technology will soon be applied to mobile phones to distinguish colors in pictures, and people can create faster, higher resolution videos. 12. Fast charging battery 
The battery technology demonstrated by Dongxu Photovoltaic Graphene Lithium Ion Battery G-King is amazing because it can further reduce the charging time to less than 15 minutes. At the same time, the capacity can reach 4800mAh, which is higher than the capacity of most smartphones! According to the introduction, this battery can be fully charged in 13-15 minutes, its charge and discharge life reaches 3500 times, 7 times that of traditional lithium batteries. 11. The foundation of the future computer system 
One of the most exciting potential applications of graphene is to replace the silicon chips commonly used in today's computers - this will usher in a whole new world where electronic products will be lighter, faster and more efficient. But after 10 years, we are still using silicon-based components because graphene is not a natural semiconductor. In January 2014, IBM researchers announced a major breakthrough: they designed and built graphene-based integrated circuits that are as good as silicon technology. Shortly after this announcement, IBM announced a $3 billion investment in a way to get a faster, cheaper computer with graphene. 10. The world's smallest speaker 
Unlike the physical front and rear vibration of ordinary speakers, a thermoacoustic loudspeaker made of graphene, which uses the rapid thermal and thermal changes of super-porous graphene-based structural gels, was recently reported on the ACS Applied Materials & Interface impurity. The air vibrates and sounds. This low-density, large surface area and ability to create higher sound pressure levels of graphene-based loudspeakers is expected to be mass-produced. 9. Bicycle frame 
British bicycle manufacturer Dassi claims to have created the world's first bicycle frame with graphene, which has a frame weight of only 750 grams. They claim that as the amount of graphene increases, the weight of the frame will continue to drop to 500 grams. However, the frame is not entirely made of graphene, which is made by mixing a graphene material (containing only 1%) and an epoxy resin together with a carbon fiber layer on the outer layer. 8. Energy saving 
Skeleton Technologies has designed a unique process to produce "bent graphene" from SiC. This graphene was used to make a commercial supercapacitor called "SkelCap". The graphene product allows the car to collect and store the energy it produces during travel, thereby saving 15%-25% of fuel energy consumption. 7. Graphene bracelet 
The graphene bracelet is not only lighter, but it adds extra functionality with just the indicator light. This big improvement has eclipsed the traditional health bracelet. Wearing a graphene bracelet allows you to learn about the changes in your body's comprehensive health indicators and keep abreast of your health. 6. Smart window 
The transparent appearance, high sensitivity and ultra-low power consumption of graphene make it unexpected in some respects – such as motion sensing windows. Imagine that your window can sense whether it is day or night, which automatically controls the opening and closing of the curtains in the room; your window can store solar energy during the day and the house in the evening; your window can pass the direction sensor according to your gesture Change the trajectory of the car... 5. Graphene spectrometer 
Graphene can be used to make ultra-thin, high-sensitivity image sensors that detect invisible infrared light. This means that once a graphene-based sensor is mass-produced, a CMOS sensor worth 20,000 euros would cost only 10 euros. Then ordinary people can use it to improve the quality of life, such as detecting the ripeness of fruit, the harmful substances in fruits, whether the tires are aging, whether the furniture is really wood products... 4. Faster and stronger swimmers 
Italian DirectaPlus and the Italian company Colmar released the company's first sportswear using graphene and nanotechnology at the ISPO Munich. The key feature of sportswear with graphene compared to traditional sportswear is that it can be used as a filter for the human body and the external environment, ensuring that the wearer maintains the desired temperature. In addition, the sportswear can effectively reduce air and water resistance, improve sports flexibility, and thus greatly increase the speed of athletes. 3. Super purifier 
1g of graphene can absorb 90g of oil, which can be used to purify air, water and soil. Usually we need biological or chemical treatment of contaminated water resources. With graphene, we can achieve completely chemical-free water purification . 2. Fall in love with your gloves. 
Virtual reality currently seems to be vast, but there are still some control issues, but what if you bring a graphene glove that senses small changes in temperature and movement? Nokia's R&D department has been working on the development of such high-sensitivity gloves in an effort to take advantage of the small changes in temperature and gestures that cause surface-mounted LEDs to change. This lightweight and sensitive graphene sensor is also easy to integrate into clothing. Wearable ticket 
When you push the shopping cart through the settlement counter, you don't need to queue to scan the QR code as it is now. The IoT wireless system will automatically count the items in your shopping cart and denouncate the price, and deduct the cost from your shopping card, everything. It will be completed in an instant, you just need to get a receipt. In the future, it is the application of graphene technology in radio frequency identification that makes you enjoy such a simple shopping.
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