Rotation of conducting and dielectric spheres in a uniform electrostatic field creates a braking torque from the tilted induced dipole, with integrable equations of motion solved explicitly in examples.
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Free rotation of conducting and dielectric spheres in a uniform electrostatic field
Rotation of conducting and dielectric spheres in a uniform electrostatic field creates a braking torque from the tilted induced dipole, with integrable equations of motion solved explicitly in examples.