Using quantum sensors, the company achieved ten times the accuracy of conventional satellite-based navigation systems, while maintaining the one nautical mile positioning accuracy.
Don’t we use GPS accurate to within centimeters for construction?
High-end dual-frequency receivers ($$$) can do this, yes. But the earth’s magnetic field is not controlled by any government or military entities. This is pretty big
I’ve played with GPS from several different directions. There are a lot of GPS receivers on the hobby electronics market that will offer that level of precision, but not accurately. The aviation wide area augmentation system significantly increases accuracy to the point it can be used for precision instrument approaches.
Don’t we use GPS accurate to within centimeters for construction?
High-end dual-frequency receivers ($$$) can do this, yes. But the earth’s magnetic field is not controlled by any government or military entities. This is pretty big
I see what you mean. Yeah that’s pretty cool then. And I guess it might be impossible to jam quantum GPS.
Username checks out.
Gravitational field. There’s no way you could achieve this with the magnetic field.
Not a single gps but multiple, the same trick could be done with this theoretically
I’ve played with GPS from several different directions. There are a lot of GPS receivers on the hobby electronics market that will offer that level of precision, but not accurately. The aviation wide area augmentation system significantly increases accuracy to the point it can be used for precision instrument approaches.