What is the upper limit of magnetic density?

In summary, there is no upper limit to magnetic density in theory, but in reality, our current resources and equipment limit us to achieving strong magnetic fields through explosives or nuclear detonation. These fields have high density, but are not comparable to those on a cosmological scale. Additionally, magnetic fields cannot turn into solid objects or liquids.
  • #1
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Is it an upper limit of megnetic density? Can magnetic density be so strong it turns "solid"?

Vidar
 
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Well actually a simple google search turned up some answer that might interest you, although I hope you searched yourself before asking?

http://van.physics.illinois.edu/qa/listing.php?id=2635

So basically summing up what the article says, theoretically there are no limits in real life assuming we don't have limited resources and equipment like we have , we could make extremely strong fields , but in the reality with our current capability I would say the upper limit is as the article mentions the one you can achieve with a microsecond explosive type magnetic field.
Look up the EMP , there is a weapon designed specifically to make as strong as possible electromagnetic field for enemy electrical equipment damage also a nuclear detonation makes a very strong magnetic field in a pulsed way.These fields have a high density , yet not even close to the ones on a cosmological scale.

What do you mean by turning solid? Like air or different types of gas, when under high pressure they turn liquid? If so then no I don't think a field of any kind, electric , magnetic can turn into a solid object or even liquid, haven't heard nor seen anything like that happening.
 

What is the upper limit of magnetic density?

The upper limit of magnetic density, also known as the saturation magnetization, is the maximum amount of magnetic flux that a material can hold before it becomes magnetically saturated. This is usually measured in units of tesla (T) or gauss (G).

How is the upper limit of magnetic density determined?

The upper limit of magnetic density is determined by the atomic and electronic structure of a material. It is also affected by external factors such as temperature and the strength of an applied magnetic field.

What are the consequences of exceeding the upper limit of magnetic density?

If the upper limit of magnetic density is exceeded, the material will become magnetically saturated, meaning that it cannot hold any more magnetic flux. This can lead to a decrease in the material's magnetic properties and can also cause irreversible damage.

Is there a universal upper limit of magnetic density for all materials?

No, the upper limit of magnetic density varies depending on the type of material. Some materials, such as ferromagnets, have a higher saturation magnetization than others.

Can the upper limit of magnetic density be increased?

The upper limit of magnetic density cannot be increased for a specific material, as it is determined by its atomic and electronic structure. However, materials can be engineered or combined in certain ways to increase their overall magnetic density.

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