Magnetic Field Transportation possible?

In summary, the conversation discusses the possibility of transporting a magnetic field away from its source, specifically a Rare Earth Magnet. The participants wonder if it is possible to move the magnetic field 6 inches away from the magnet's physical surface without moving the magnet itself. They also inquire about using Mu Metal to shape or push the magnetic field. However, it is concluded that the only way to change the field is to alter or add another source to interfere with it.
  • #1
solar71
30
0
Hey guys and girls.

My title may not be accurate but here goes.

I was wondering, can a magnetic field be transported?

Lets say I have a Rare Earth Magnet. Said magnet has a magnetic field around it.
Is there a way to move said magnetic field away from its source?

Lets say I have this magnet but I want to transport its magnetic field 6 inches away from its physical surface. Is there a way to do this?

I want to have two magnetic fields interacting with each other but not the magnets themselves.
Just the fields. This is because magnetic fields slowly but surely ruin magnets when they are setup in a repulsion orientation. S to S or N to N.

Possibly any way to use Mu Metal to help shape or push a field?

Thanks
 
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  • #2
Only way to change the field is to alter the source (or add in another source to interfere with the existing one), so no.
 

FAQ: Magnetic Field Transportation possible?

1. Is it possible to use magnetic fields for transportation?

Yes, it is possible to use magnetic fields for transportation. This concept, known as magnetic levitation or maglev, has been successfully implemented in various transportation systems, such as high-speed trains and monorails.

2. How does magnetic field transportation work?

Magnetic field transportation works by using powerful magnets to create a magnetic field that pushes and pulls on a specially designed vehicle, allowing it to float and move along a track without any physical contact. The vehicle is propelled by changing the polarity of the magnets to create a continuous movement.

3. What are the advantages of using magnetic field transportation?

There are several advantages to using magnetic field transportation. It is a faster and more efficient mode of transportation compared to traditional methods, as there is no friction between the vehicle and the track. It also produces less noise and air pollution, making it more environmentally friendly.

4. Are there any limitations to magnetic field transportation?

One limitation of magnetic field transportation is that it is currently limited to specially designed tracks and vehicles, which can be costly to build and maintain. It also requires a constant power source to maintain the magnetic field, making it less energy-efficient compared to other forms of transportation.

5. Is magnetic field transportation safe for passengers?

Yes, magnetic field transportation is considered safe for passengers. The vehicles are designed to withstand strong magnetic forces and the lack of physical contact with the track reduces the risk of accidents. However, like any transportation system, proper safety measures and regulations must be in place to ensure the safety of passengers.

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