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Compounds (III-V) are the main factor in nano-devices such as nano-light emitting diodes to determine this spectrum, the energy gap in the used semiconductor.There is no other way to change the energy gap except to use semiconductor compounds instead of semiconductor elements. A few decades ago, LEDs with 2 light spectrums, red and green, were made, but the possibility of making a blue nano LED with high brightness remained an unsolvable mystery. Making LED with blue light spectrum by GaN made it possible to produce white light with LED. Some of the nano LED lamps are the most efficient lamps, which are widely used day byday. Optical detectors are key components of these circuits.The main substrate for making these circuits is the photonic crystal. Compounds (III-V) of optical nano-optical and nano-electronic devices are one of the most widely used nano- microelectronics. Now it is possible to connect between silicon processor cores and peripheral memory By integrated optical communication channels made of compound semiconductors, with a very high data transfer rate in other communication technologies and connection between processors, it |
