Relate to the study of this group of the Institute of "Tokyo" for the technology with what is known as "T-Ray-Band", which can reach speeds between 300 GHz and 3 terahertz of the electromagnetic spectrum or "electromagnetic radiation", and the spectrum that exists between the waves of the microwave and infrared is the time being part of the spectrum is regular, so he may be an ideal use for the networks, "Wi-Fi" in the future.
And developed these scientists - to pass this study successfully - a device unique of its kind known as "Resonant tunneling diode" or "diode tunneling resonant" (a type of semiconductor Aldaeoda capable of transferring data at very high speed using a quantum mechanical or "Tunneling". This device capable of transferring data at speeds of up to 3 GB per second "3Gb / s" any (billion bits per second), at frequencies in the scope of the "terahertz" up to 542 GHz, ie about 20 times faster compared to frequency technology "Wi-Fi" traditional currently being used. This device is also known for short as "RTD" capable of generating an electric potential difference "voltage" is very small while increasing the intensity of the current in the same time.
This study is still in the theoretical framework, and scientists hope with further research and studies that reach a speed of data transfer in the future to 100 gigabytes per second, ie, theoretically the fastest rate of 15 times of the next generation of technology "Wi-Fi 802.11ac" which is still under development at the moment , as scientists believe that the technique of "T-Ray-Wi-Fi", if activated practical and low cost will revolutionize the field of wireless networks to transmit data at high speed.
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