Anyone solved eigenstates in the field of a magnetic monopole?

Thread starter wdlang
Start date Jul 6, 2010
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Eigenstates Field Magnetic Monopole

In summary, a magnetic monopole is a hypothetical particle with only one magnetic pole. Solving eigenstates in its field is important for understanding particle behavior and developing new theories. There is currently no consensus on the solutions, and challenges include lack of experimental evidence and mathematical complexity. Finding a solution could have significant impacts on future research in areas such as particle physics, cosmology, and quantum mechanics.

Jul 6, 2010

wdlang

any references?

i think it is a basic problem

Last edited: Jul 6, 2010

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Jul 8, 2010

weejee

Look for 'monopole harmonics'.

Jul 8, 2010

Eynstone

This may not be what you're looking for, but I remember a paper by Dirac where he shows that if magnetic monopoles were to exist, every particle would have spin 1/2 !

1. What is a magnetic monopole?

A magnetic monopole is a hypothetical particle that has only one magnetic pole, either a north or a south pole, unlike regular magnets which have both. It is predicted to exist in some theories of physics, but has not yet been observed in experiments.

2. Why is solving eigenstates in the field of a magnetic monopole important?

Solving eigenstates in the field of a magnetic monopole is important because it can provide a better understanding of the behavior of particles in the presence of a magnetic monopole. It can also help in developing new theories and models in physics.

3. Has anyone successfully solved eigenstates in the field of a magnetic monopole?

Currently, there is no consensus among scientists on the exact solutions for eigenstates in the field of a magnetic monopole. There have been various attempts and proposals, but no conclusive and widely accepted solution has been found yet.

4. What are the challenges in solving eigenstates in the field of a magnetic monopole?

One of the main challenges in solving eigenstates in the field of a magnetic monopole is the lack of experimental evidence for the existence of a magnetic monopole. This makes it difficult to validate any proposed solutions. Additionally, the mathematical complexity of the problem also poses a challenge.

5. How can solving eigenstates in the field of a magnetic monopole impact future research?

If a definitive solution for eigenstates in the field of a magnetic monopole is found, it could have significant implications in various areas of research, such as particle physics, cosmology, and quantum mechanics. It could also lead to new discoveries and advancements in these fields.