Researchers from the Rioro University in Boch (Germany) have developed a new polovodsediovyu x, oh, oh, oh, Soe interekl? It turns out that in the near future, no production of semiconductors from other materials can be compared with the novelty.
pure water requires iodine, which is very important for its conductivity. Water is passed through a dedicated nozzle to produce a flat jet of liquid NES of microns thick. This jet is fired with a laser that produces iodine ions, resulting in a spike in consumption. The second laser “reads” this change and is determined in one of the two available systems. The more it imitates the work of a classical semiconductor.
The advantage of this technology is that the speed of operation of lasers allows you to change the state of water in just one order. A typical microprocessor circuit modeled on such semiconductors, in theory of possible operation with a frequency of terahertz, is several times faster than modern gigahertz processors. Alas, while this is only an experimental development, the concept, without the concept of a water-laser semiconductor, intrigues the scientist engineers.
Source: Tech Cult
