Scientists have developed ultra-thin, ultra-small inorganic LEDs with excellent performance (Figure)

According to the news released by the University of Illinois on Thursday and the content of Science magazine, a new LED process was successfully developed by a team of international experts. This new process can make small pieces. Ultra-thin inorganic LEDs, regardless of brightness or durability, are higher than conventional LEDs. This new LED process will change the way you watch TV, monitor health, and even look out the window. The research team involved in the development was composed of John Rogers, a professor of materials science and engineering at Illinois, and experts from Northwestern University, the Institute of High Performance Computing, and Tsinghua University in Beijing.

The extensible miniature LED display, the printed miniature LEDs are connected into a net and attached to a rubber bottom layer. (Credit: Photo by D. Stevenson and C. Conway, Beckman Institute, University of Illinois)

A miniature LED display printed on a thin plastic sheet around a finger. (Credit: Photo by D. Stevenson and C. Conway, Beckman Institute, University of Illinois)

Inorganic LEDs are bright and long-lasting, but expensive and thick, and are not easy to produce. Organic LEDs are cheaper, easier to manufacture, and more flexible and can be applied to flexible surfaces. Therefore, this new technology is equivalent to combining the advantages of both. .
Rogers pointed out, "Our goal is to combine some of the advantages of inorganic LEDs with the high adaptability of organic LEDs, easy to produce and easy to handle," by making a large row of ultra-small ultra-small inorganic LEDs. Through the thin film process, they are connected to each other, we can create a general lighting system and a high-resolution display system, which can not be achieved by inorganic LEDs produced, processed and assembled by traditional processes.
This technology may create a roll-up TV screen or a brake light that conforms to the structure of the car.
The flexible LED mesh is particularly suitable for use in the medical field, Rogers said: "Walking a malleable mesh of small LEDs around the human body provides an interesting research opportunity in biomedical and biological sciences", "This includes Applications in health monitoring, diagnostics, imaging, etc."

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