First of all, magnets obviously work everywhere, why not?
Secondly, the so-called "weightlessness of space" is a myth, at least in the literal sense.
In contrast to space, falling bodies in our everyday earthly life are subject to significant drag from the surrounding air . And these bodies all land relatively quickly on the ground. In the airless vastness of space, however, all detached bodies are in free fall without a propulsion system, possibly remaining in their respective circular orbits for millions of years. The bodies are not without weight; on the contrary, they are solely at the mercy of gravitational fields. The term "weightlessness" is grossly misleading. And this has nothing to do with magnetism anyway.
First of all, magnets obviously work everywhere, why not?
Secondly, the so-called "weightlessness of space" is a myth, at least in the literal sense.
In contrast to space, falling bodies in our everyday earthly life are subject to significant drag from the surrounding air . And these bodies all land relatively quickly on the ground. In the airless vastness of space, however, all detached bodies are in free fall without a propulsion system, possibly remaining in their respective circular orbits for millions of years. The bodies are not without weight; on the contrary, they are solely at the mercy of gravitational fields. The term "weightlessness" is grossly misleading. And this has nothing to do with magnetism anyway.
Yes, NASA has also developed a magnetic docking aid for the ISS.
https://ntrs.nasa.gov/citations/19960025623
Yes, because electromagnetic interactions do not require a medium for their propagation.
This is why light waves and radio waves also work in space.
What reason do you think there could be for them not to work?
A magnetic field does not require a gravitational field.
Of course. What do magnets have to do with space?
Good Morning,
Yes, why shouldn't they work?
Greetings
Yes do it