How could we "reactivate" Mars' magnetic field?

In summary, the teenage just wants to know what could be done to protect Mars from solar wind. There are many ways, but the ultimate goal is to terraform the planet. Another goal is to create an atmosphere, and a third is to keep the atmosphere from being blown off by the solar wind.
  • #1
hxckjxrvxy
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Teenager just curious to see possible ideas.
 
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  • #2
Do you know what is the source of a magnetic field of a planet?
 
  • #3
The movement of its molten metal core?
 
  • #4
The answer is simple - reliquify the core. The how part is where it gets tricky.
 
  • #5
Are there other ways to protect Mars from solar wind?
 
  • #6
hxckjxrvxy said:
Are there other ways to protect Mars from solar wind?
So it seems your ultimate goal is to terraform the planet, your intermediate goal is to create an atmosphere and you are working on a scheme to keep the atmosphere from being blown off by the solar wind?

If your question has this kind of motivation you will usually get better responses by being honest up front rather than by deflecting with "just curious".
 
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  • #7
Here are the steps
1. Build a Dyson sphere
2 Build a large graser (https://en.wikipedia.org/wiki/Gamma-ray_laser)
3. Using the graser heat the metal core of Mars. The heating should be uneven, thus inducing stress and finally rotation.
4. Bake for 1 hour
5. Enjoy

Alternative route
1. Change the orbit of a large astronomical object, so that it hits Mars
2. Cool for a few thousand years

Might work if you hit Mars just right, maybe try a few times.

However this wouldn't stop the core from dying again, so for a permanent fix you would have to deposit vast quantities of radioactive matter in Mars' mantle. If you hit Mars with a radioactive astronomical object, it would be perfect.
 
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  • #8
When I think about liquefying the metal core, shouldn't we just work on strengthening its atmosphere and moving life to Mars? Then we would heat it's exterior and possibly drop the temperature of its core when oceans are created. Surely the change of the ice from the the poles back to all over Mars as oceans has to have some kind of effect.
 
  • #9
Ajeb said:
Here are the steps
1. Build a Dyson sphere
2 Build a large graser (https://en.wikipedia.org/wiki/Gamma-ray_laser)
3. Using the graser heat the metal core of Mars. The heating should be uneven, thus inducing stress and finally rotation.
4. Bake for 1 hour
5. Enjoy

Alternative route
1. Change the orbit of a large astronomical object, so that it hits Mars
2. Cool for a few thousand years

Might work if you hit Mars just right, maybe try a few times.

However this wouldn't stop the core from dying again, so for a permanent fix you would have to deposit vast quantities of radioactive matter in Mars' mantle. If you hit Mars with a radioactive astronomical object, it would be perfect.
My understanding of a Dyson sphere is a planet-like structure right? If there is something that massive in space would that disrupt gravitational fields between planets? Wouldn't that "eff" up everything? haha

I like the large astronomical object idea, but I feel like that might take a long time and relies heavily on chance. Just my opinion

Interesting ideas though :D
 
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Related to How could we "reactivate" Mars' magnetic field?

1. How could we "reactivate" Mars' magnetic field?

There are currently no known methods for "reactivating" a planet's magnetic field. However, some scientists believe that it may be possible to artificially create a magnetic field on Mars by using large electromagnets placed on the surface.

2. Why do we need to "reactivate" Mars' magnetic field?

Mars' magnetic field acts as a shield against harmful solar radiation, which is crucial for the survival of any potential life on the planet. Without a magnetic field, the atmosphere and water on Mars are constantly being stripped away by the solar wind.

3. Can we use technology to "restart" Mars' magnetic field?

As mentioned earlier, there are theories about using electromagnets to create a magnetic field on Mars. However, the technology required for this is not yet developed, and it is still a topic of ongoing research and experimentation.

4. How long would it take to "reactivate" Mars' magnetic field?

If it were possible to artificially create a magnetic field on Mars, it could take decades or even centuries to establish a strong and stable field. It would also require a continuous effort to maintain the field and prevent it from weakening again.

5. What are the potential risks of attempting to "reactivate" Mars' magnetic field?

There is a potential risk that attempting to artificially create a magnetic field on Mars could have unintended consequences and could potentially do more harm than good. It is important to thoroughly research and understand the potential risks before attempting such a feat.

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