Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

According to reports, the Samsung Galaxy X will be folded in half, with a more flexible OLED display. Thanks to a new material developed by scientists at the University of Exeter, it offers smartphone manufacturers more flexibility, and new storage systems made of it will replace smartphones and other types of devices. The currently used flash memory chip provides a boost for the flexible display of mobile phones.

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

This new type of material is the graphene of recent fires. In the past decade, research on graphene has been very hot. Graphene is also considered to be "very broad application prospects in energy, biotechnology, aerospace and other fields." "Renewable materials", "The king of materials in the 21st century."

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

Mixed graphene titanium oxide is one of the lightest and strongest compounds in the world. Samsung is said to be investing in graphene on a large scale and has filed some patent applications. Huawei has also launched its own graphene fast charging technology. Graphene has excellent electrical conductivity and light transmittance. As a transparent conductive electrode material, it has a good application in touch screen, liquid crystal display and energy storage battery.

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

Graphene is considered to be the most potential replacement for indium tin oxide in touch screen manufacturing. Leading companies such as Samsung, Sony, 3M and Toshiba have made key research and development layouts in this field. It is expected that by 2022, graphene flexible screens will be popularized in other applications such as tablet computers, near-eye virtual reality devices, car monitors, and oled TVs.

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

In addition to applications in the electronics field, flexible displays, electric vehicle battery lights, graphene also has more magical physical properties. E.g:

Although graphene is so thin, it is harder than diamonds due to its perfect crystal structure and strong interatomic bonds;

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

Since it has only one atom thickness, one gram of graphene can cover the entire football field;

At room temperature, it conducts much faster than other materials, such as 250 times faster than silicon;

Its thermal conductivity is 10 times higher than that of copper blocks;

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

If a graphene having a thickness equivalent to one hundred thousandth of the diameter of a human hair is as thick as a cling film, the pressure generated by an elephant standing on a pencil is required to puncture it.

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

So when we applied the graphene coating to the mural, it became a far-infrared radiant heat heater. From the appearance, it is not a heating product, but also an art deco painting. As a national energy strategy, graphene superconducting heat is good, and energy consumption is less than 1/3 of air conditioning. Moreover, due to the transparent and thin characteristics of graphene, it is in line with the current design of the housing space.

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

Finally, I will talk about the discovery of graphene. The most important thing to thank is the transparent tape. The two professors used the transparent tape to repeatedly separate the single-layer graphene from the graphite. First, they obtained graphite flakes composed of multiple layers of graphene. After repeated this process, a single layer of graphene was finally obtained.

Is it possible for Samsung to maximize its OLED display? If the graphene flexible screen is successfully developed, there will be a leap forward.

Therefore, in this evaluation, we will bring you graphene underwear socks and murals. Although the magical function of graphene has not been fully excavated, there is still a long way to go before real industrialization. But how much surprise can this magical material bring us?

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