Could a magnetic charge make free energy?

[Thesnake22]

If or when magnetic charges (magnetic monopoles) are found, would a magnetic current create an electric field? If so, would you be able to generate an electric current with an applied field?

 

[davenn]

would a magnetic current create an electric field? If so, would you be able to generate an electric current with an applied field?

I would assume that was supposed to be
would a magnetic field create an electric current?

not sure where you are going with the magnetic monopoles

Other than that, the answer is yes... that's what happens in every generator that uses electromagnetism

But don't be fooled... as your title suggests ... there is NO SUCH THING as FREE ENERGY

you generate a current by moving a magnetic field around a stationary wire or visa versa
You MUST put energy into the system to make that movement of one or the other
and the amount of energy you create will ALWAYS be less than the energy applied

cheers
Dave

 

[Thesnake22]

If you have a magnetic charge, would it be in reverse. Just like how a magnetic field would be created through an electric current, would an electric field be created through a magnet current (assuming there is magnetic monopoles to make a magnetic charge).

 

[Dale]

If you had magnetic monopoles then you could use Biot-Savart to calculate the electric field generated by a flow of magnetic monopoles.

Biot-Savart does not result in free energy for electric monopoles, so I don't know why you would think that it might for magnetic monopoles. In any case PMMs are a forbidden topic here.

 

[sardar]

I cannot definitively say whether or not a magnetic charge could create free energy. The concept of free energy is often associated with perpetual motion, which goes against the laws of thermodynamics. However, if magnetic monopoles are discovered, it is possible that they could have unique properties that could potentially be harnessed for energy generation.

In regards to whether a magnetic current could create an electric field, this is a possibility depending on the properties of the magnetic monopoles. It is important to note that the existence of magnetic monopoles is still a theoretical concept and has not been confirmed through experiments. If they do exist, they would have to be carefully studied and their behavior in different conditions would need to be understood before we can make any claims about their ability to create electric fields.

Assuming that magnetic monopoles do exist and can create an electric field, it is theoretically possible to generate an electric current with an applied field. However, the efficiency and practicality of such a system would depend on many factors, including the strength of the magnetic monopoles, the strength of the applied field, and the materials used to harness the energy. Further research and experimentation would be needed to fully understand the potential of magnetic monopoles for energy generation.

In conclusion, the idea of using magnetic charges to create free energy is still a hypothetical concept and cannot be definitively confirmed or denied at this time. The discovery of magnetic monopoles would open up new possibilities for energy generation, but it would require further study and experimentation to fully understand their potential. As scientists, it is important to approach such claims with caution and continue to conduct research to further our understanding of the physical world.