Mass & Electric/Magnetic Field Relationship

[nuby]

What is the relationship between a particle's mass and the magnitude of a specific field (electric or magnetic) within that particle?

 

[nuby]

How about in atoms or photons?

 

[sir-pinski]

The relationship between a particle's mass and the magnitude of a specific field (electric or magnetic) within that particle is complex and can vary depending on the specific situation. In general, a particle's mass does not directly determine the magnitude of the electric or magnetic field within the particle. Instead, the magnitude of the field is influenced by a combination of factors such as the particle's charge, velocity, and orientation with respect to the field.

In the case of an electric field, the magnitude of the field within a particle is determined by the particle's charge and the strength of the external electric field. The mass of the particle does not directly impact the magnitude of the electric field within it. However, the mass of the particle can indirectly affect the behavior of the electric field, as a heavier particle may have a slower response to changes in the electric field compared to a lighter particle.

Similarly, in the case of a magnetic field, the mass of a particle does not directly determine the magnitude of the field within it. The strength of the magnetic field within a particle is determined by the particle's magnetic moment and the strength of the external magnetic field. The mass of the particle can affect the behavior of the magnetic field by influencing the particle's velocity and orientation with respect to the field.

Overall, the relationship between a particle's mass and the magnitude of a specific field within that particle is not a direct one. Instead, the mass of the particle can indirectly affect the behavior and interaction of the field within it.