Chemists at Moscow State University have recently discovered a new type of molecular additive that can significantly improve the performance of organic transistors. This material is expected to become an important foundation for the development of organic electronics in the future. Related research results were published in the magazine "Advanced Materials."
This new molecular material resembles radial glial cells and can be used as a polymer matrix additive. According to Dmitri Ivanov, a researcher at the Moscow State University, most of the existing polymer additives can only be used on inorganic semiconductors, such as the most commonly used fluorinated additives. It is not applicable to plastic electronics. Most of the polymers in the field. After cooperating with the researchers of Dresden Polymer Research Institute in Germany, they discovered through the computer model and a series of experiments that the new molecular additive can be fully mixed with the organic polymer without adding delamination and other undesirable phenomena. The molecular conductivity of a semiconductor material is increased by nearly 100 times, and it is the most effective organic semiconductor additive known at present.
Organic transistors and diodes play an important role in modern microelectronics. Organic light-emitting diodes and displays based on them have significant advantages over traditional silicon components, especially in the field of mobile devices. However, its advantages and disadvantages are also obvious: On the one hand, organic electronic components have higher flexibility and lower costs; on the other hand, the service life and calculation speed have yet to be improved, which also limits their industrial-scale applications.
Ivanov believes that new molecular additives will enable scientists and engineers to obtain cheaper, faster, and more reliable organic electronic components. This is a key step in the creation of truly organic electronic devices and organic computers. "Our research results are helpful for the development of a new generation of solar cells. In addition, we are considering the manufacture of an organic field effect tube. There is no doubt that this new type of molecule will significantly promote the development of organic electronics."
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