How Phones and WiFi Signals Are Blocking Black Hole Navigation
Scientists who track Earth's position for essential satellite services are facing challenges due to the interference of wifi, mobile phones, and satellite internet signals. The precise measurements rely on monitoring black holes in distant galaxies, but the increasing radio traffic is causing disruptions. Solutions such as allocating more radio spectrum lanes and creating radio quiet zones are being explored to ensure the continuity of satellite services.
The scientists who precisely measure the position of Earth are facing challenges as their measurements are crucial for satellite navigation, communication, and Earth observation. These measurements rely on tracking black holes in distant galaxies, which serve as anchor points for the global geodesy supply chain. However, the increasing use of wifi, mobile phones, and satellite internet is causing congestion on the radio spectrum highway, hindering the tracking of black holes.
Satellites play a vital role in modern life, enabling activities such as navigation, climate monitoring, global supply chains, and online services. Establishing a reliable reference frame based on the positions of black holes is essential for accurate satellite positioning. Radio telescopes are used to detect radio waves emitted by black holes, but the growing radio traffic from human-made sources is interfering with these signals, posing a risk to satellite services.
To address this issue, geodesy requires more lanes on the radio highway and participation in international discussions on spectrum allocation. Implementing radio quiet zones and collaborating with satellite providers are potential solutions to mitigate interference. Increasing awareness about the importance of clear radio signals from black holes is crucial for maintaining satellite services and other essential functions.
According to the source: Mirage News.
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