The role of diamagnetism in the separation of particles and sharp edges of the Saturn's ring

TL;DR

This paper proposes that diamagnetism, combined with Saturn's magnetic field, explains the sharp edges and particle separation in Saturn's rings, addressing limitations of gravitational theories.

Contribution

It introduces a diamagnetic mechanism as a new explanation for ring structure, emphasizing magnetic effects over gravitational models.

Findings

Diamagnetism explains sharp edges of Saturn's rings.

Magnetic forces stabilize particles in the rings.

Existing gravitational theories cannot account for observed features.

Abstract

The diamagnetism of ice particles of the rings can explain their separation and the sharp edges of the rings. The existing gravitational theories of the origin of rings can't explain these observed facts. Taking into account the magnetic field of Saturn, all the particles of the rings acquire stability in the horizontal and vertical directions. The force of diamagnetic expulsion of inhomogeneous magnetic field inside the rings structure forms sharp edges and separates the particles.