Scientists have developed a new mode of propulsion that could revolutionize the way satellites move in space. The so-called drag-free mode of propulsion uses a combination of electric and magnetic fields to propel a satellite, making it possible to move without encountering any air resistance. This breakthrough could lead to more efficient and accurate satellite navigation and exploration.

For the first time, scientists have been able to demonstrate the feasibility of this new form of propulsion and have shown that it could be used to move a satellite without the need for fuel or propellant. The research team behind this breakthrough used a combination of computer simulations and laboratory experiments to test the feasibility of this new form of propulsion. The results showed that the drag-free mode of propulsion could be used to move a satellite with an accuracy of up to 10 centimeters.

This breakthrough could lead to more accurate and efficient satellite navigation and exploration, revolutionizing the way satellites are used in space. With this new form of propulsion, satellites could move without the need for fuel or propellant, making them more cost-effective and reliable.

The research team behind this exciting breakthrough believe that this new form of propulsion could be used for a variety of applications, including precise satellite navigation and exploration. They are currently

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source: Phys.org