Wearable electronics can get a new boost thanks to innovative stretchable screens. A newly developed prototype tiko oled-eran is more effective than liquid crystals and LEDs. The latest trends require its refinement.
Representatives of the University of Chicago were involved in this work. They proved the selectivity of studying foreign relations and evaluated the rigidity of modern OLED displays. To create a flexible and stretchable alternative, they managed to use a series of manipulations on the molecule. After computational prediction and extensive laboratory research, they chose an approach that uses thermally activated delayed fluorescence. As a result of the manifestation of variability, alkyls were built, chains consisting only of wadoro atoms.
Studies have shown that materials have a promising structure for the development of a new generation, which has increased flexibility and extensibility. This is likely to get new versions for all mobile electronics. screens.
Source: Tech Cult
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