Spherical Magnets: Learn How to Determine North & South Poles

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SUMMARY

Spherical magnets can indeed be produced, and their poles are determined by the alignment of the dipole moments within the material. The shape of the magnet does not influence its magnetic moment; rather, the poles will always be opposite each other. The confusion regarding the symmetry of a spherical magnet arises from its macro shape, while at the atomic level, the arrangement of dipoles dictates the magnetic properties. Hollow spherical magnets can emulate a magnetic monopole by having the inner surface as the south pole and the outer surface as the north pole.

PREREQUISITES
  • Understanding of magnetic dipole moments
  • Knowledge of magnetism principles
  • Familiarity with spherical geometry in physics
  • Basic concepts of magnetic monopoles
NEXT STEPS
  • Research the properties of magnetic dipoles in materials
  • Explore the design and applications of hollow spherical magnets
  • Study the theoretical implications of magnetic monopoles
  • Investigate the manufacturing techniques for spherical magnets
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Physics students, materials scientists, and hobbyists interested in magnetism and the properties of spherical magnets.

Max_sky
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Spherical Magnet...!

Hello Everyone,
There is a Doubt constantly raising in my mind...it may sound stupid but i was wondering if it's possible to produce Perfect SPHERICAL Magnet...if so how one can determine its pole. I mean Where are the north and south pole...?
 
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Yes, it is possible to produce a spherical magnet. The shape of the magnet has nothing to do with its magnetic moment.
 


Yes, it's possible. The poles will be opposite each other and it will depend on how the dipole moments of the material line up.

I'm assuming the confusion comes from the symmetry of the macro object, the sphere. But at the atomic level, the magnet is not symmetric.

I suppose you could (somehow) design it so that the the dipoles all point away or toward the center... not sure what would happen there...
 


I suspect the author of the question was asking about a hollow spherical magnet where the inner surface is the south pole and the outer is the north pole thus emulating a magnetic monopole.
 

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