Geomagnetic Propulsion: Feasibility & Detection

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In summary: The hypothesis that UFOs use a repulsive force on the Earth's geomagnetic field to propel themselves is feasible, but it would be very difficult to detect.
  • #1
trickofthehan
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It has long been theorized that UFOs are able to attain such incredible speed and maneuvering by causing a repulsive force on the Earth's geomagnetic field. Magnetohydrodynamics proves that a vehicle can use magnetism to propel itself without any external man-made assistance (such as in bullet trains). Two questions then:

What is the feasibility of the hypothesis that UFOs exert a repulsive force on the geomagnetic field as a form of propulsion?

Is there any way an observer would be able to detect this?

Thank you very much in advance for your time.
 
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  • #2
Question 1.) Roughly zero.

Question 2.) We would have a lot of Arctic explorers lost somewhere in Brazil?
 
  • #3
Magnetohydrodynamics use magnetic repulsion to propel matter (water, usually) in one direction. This matter has mass, which accelerates out the back of the vehicle, and the vehicle moves forward in reaction to that mass shooting out the back. Without pushing some large amount of mass at some high velocity out the back of the vehicle, UFO's would be left with only the force of the magnetic field itself. This force is so week that compass needles need to sit on extremely low-friction pivots to work.

If aliens have developed (or if furure humans ever do develope) technology sufficient to make this small amount of magnetic potential a usable propulsion system, then they will have already gone far beyond the need for it, having developed technology capable of something far better.

Personally, I don't even believe in UFO's (not as alien spacecraft , anyway). But if they do exist, you can bet that the propulsion they use is something we don't even have enough knowledge to guess at.
 
  • #4
The Earth's magnetic field is extremely weak. It can barely propel a compass needle.
 
  • #5
I suggest looking at it this way: if Earth's magnetic field was strong enough to propel a spacecraft , fridge magnets all over the planet would be leaping into space constantly.

I agree with Lurch in his summation. I definitely believe in UFO's, simply because of the definition. Of course there are unidentified flying objects. There's almost zero probability of them being extraterrestrial vehicles.
 
  • #6
Tks for the replies, this is exactly what I was looking for.

I agree that the definition of UFO pretty much explains the phenomenon, Unidentified Flying Object. Wether it's alien or human, we'll have to wait for proof of either.
 
  • #7
Yeah, my father didn't believe in UFO's at all. He was certain that, whatever people were seeing in the skies, someone somewhere knows what they are.

Not an unreasonable position, I geuss. Especially if you count the aliens among those "someone somewhere."
 

1. What is geomagnetic propulsion?

Geomagnetic propulsion is a theoretical concept that involves using the Earth's magnetic field to propel spacecraft or other objects through space. It is based on the idea that the interaction between a magnetic field and a current can create a force that can push an object in the opposite direction.

2. Is geomagnetic propulsion feasible?

Currently, there is no concrete evidence or technology that proves the feasibility of geomagnetic propulsion. While the concept is theoretically possible, there are many technical challenges and limitations that make it difficult to implement in practical applications.

3. How can geomagnetic propulsion be detected?

Scientists use various methods to detect geomagnetic propulsion, including measuring changes in the Earth's magnetic field, analyzing the movement and behavior of objects in space, and conducting experiments in controlled environments. However, since it is still a theoretical concept, there is no definite way to detect it at this time.

4. What are the potential benefits of using geomagnetic propulsion?

If it is proven feasible and can be successfully implemented, geomagnetic propulsion could potentially provide a more efficient and cost-effective means of space travel compared to traditional rocket propulsion. It could also reduce the need for fuel and minimize environmental impacts.

5. What are the potential challenges of using geomagnetic propulsion?

Some of the challenges associated with geomagnetic propulsion include the need for advanced technology and materials, the potential for interference with other spacecraft or satellites, and the potential impact on the Earth's magnetic field. There are also concerns about the reliability and safety of this type of propulsion system.

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