Scientists from Tyumen State University have made a breakthrough in the field of microelectronics by synthesizing new materials that could be key to the development of next-generation 6G communications.
The absence of impurities in materials plays an important role in the creation of high-tech devices. However, obtaining pure material is expensive and difficult. Scientists solved this problem by developing two grades of europium telluride required for the desired conductivity.
This new material synthesis method makes it possible to create components for infrared detectors, semiconductor lasers, solar cells and terahertz generators. These key components are essential for the development of wireless broadband systems that will shape the future of 6G communications.
Source: Ferra
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