articles about 5g technology and eugenics

Some are reserved for specific purposes, like government usage, while others carry signals for everything from astronomy to garage-door openers. Frequencies are like lanes on a highway: Information transmitted at different frequencies stay separate. This can be controlled by tuning the antenna on the transmitter or receiver (think, changing the radio station in a car). Frequency refers to how many waves pass a given point in a period of time so, the longer the wavelength, the lower the frequency. Each wave’s energy is measured by its frequency or wavelength. Cellular networks send information between land-tethered cell towers and mobile devices via radio waves – invisible beams of energy that fill the air around us and hop in short bursts between cell towers.īut how do waves crisscrossing through the air avoid getting in each other’s way? There’s some order inherent to the system. The experience of making a phone call or uploading a photo is so seamless that we never have to think about how the sounds and pixels are shooting through cyberspace. With the impending expansion of 5G technologies in 2020, it is more important than ever to lay a clear roadmap for a safe and equitable mobile future. Cellular networks exist in the ambiguous space shared by government and industry, feeling the combined pressures of regulation, innovation, and commercialization. Each decade, a new generation of cellular technology emerges and offers faster speeds, broader coverage, and better security, the ingredients for modern technological advancements.īut this rapid march into our cyberfuture isn’t without obstacles, such as ethical questions about access and security. From the moment you wake up to an alarm on your Google Home to flipping through an eBook before falling asleep, mobile networks free us from the tethers of landlines and cables.

Articles about 5g technology and eugenics