In a revolutionary development, researchers have set an astounding new record in wireless data transmission, achieving an unprecedented speed of nearly 1 terabit per second (1 Tbps). This exceptional milestone has the potential to dramatically transform the landscape of mobile and wireless networks, surpassing the capabilities of current 5G technology by a wide margin.Tackling Overcrowded AirwavesThe innovative breakthrough tackles the pressing issue of radio frequency congestion, a common bottleneck in today's wireless systems. By ingeniously merging radio with optical technologies, researchers have achieved not only faster but also more reliable wireless data transmission. This advance is particularly crucial for connecting user devices with optical fiber networks, catering to skyr
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Wireless refers to the transmission of information or communication without the use of physical cables or wires. It typically involves the use of electromagnetic waves, such as radio, infrared, or microwaves, to convey signals over various distances. Wireless technology enables devices to connect and exchange data without a wired connection, allowing for greater mobility and convenience. Common applications include Wi-Fi networks, mobile phone communication, Bluetooth connections, and satellite communications. Wireless systems can range from short-range communications, like those used in home networks, to long-range systems, such as cellular networks covering large geographic areas. The term highlights the absence of physical media in the communication process, offering flexibility and ease of installation in contrast to traditional wired systems.