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A quantum-based GPS substitute Quantum autonomous navigation systems can be constructed using a particular class of quantum sensors called quantum accelerometers and quantum gyroscopes. Such a method might make it possible to track a person’s whereabouts without using GPS satellites
Atom interferometry is a technique used in quantum navigation. A quantum superposition can be created by cooling atoms to a millionth of a degree above absolute zero and then striking them with laser beams. Each particle simultaneously exists in the states of motion and stillness. Almost 30 navigation satellites orbiting the Earth make up the GPS system.
The Global Quantum enhanced GPS Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
GPS with quantum enhancement Positioning System for Satellites Everywhere on Earth can be determined as the location of a GPS receiver thanks to the Global Positioning System (GPS), a series of worldwide satellites.
Only 4 of the 31 GPS satellites that orbit the Earth must be in line of sight for it to work. It was created by the US government and put into operation before being made accessible to the general public. The scientists and engineers who created the system, like those behind many other cutting-edge innovations, had no idea how it would be used thirty years from now. Nowadays, GPS is a common operational tool for organisations.
Several more uses include guiding cars, locating persons in need of aid, mapping forests and agricultural lands, tracking the movement of wildlife, parcels, containers, and vehicles, and locating people in need of assistance. Location-based services are now often used in daily life.
They use their cellphones to navigate their current location and get to their destination, as well as to track their pets’ locations, run faster and farther, and catch Pokémon in Pokémon Go. Nevertheless, GPS isn’t yet flawless.
It is susceptible to cyber-attacks and isn’t always reliable in populated regions. The European Union is putting into place the non-military Galileo global navigation system in part due to the fact that the US government may influence its accuracy. This system will have an accuracy of roughly 1 metre, but quantum technology can make it even more accurate.
