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The study aims to explain the stable motion of extranuclear electrons in atoms through classical mechanics and electromagnetic forces.

May 8, 2026Open Access

Dynamic Origin of Atomic Stability and the Unified Mechanical Mechanism of ThreeDimensional Continuous Motion of Extranuclear Electrons

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Demonstrates continuous electron motion stability in atoms, highlighting classical mechanics implications.

The study aims to explain the stable motion of extranuclear electrons in atoms through classical mechanics and electromagnetic forces.
Analyzing the interactions between Coulomb forces, Lorentz forces, and electron inertia
Comparing electron behavior with celestial mechanics
Proving the deterministic nature of electron motion
Electrons achieve 360° omnidirectional motion due to dynamic equilibrium among forces.
Electron cloud reflects deterministic motion, contradicting traditional quantum mechanics notions of randomness.
Energy level changes occur smoothly without quantum jumps, supporting stability in atomic structures.

Jiaqing Yan (2026) studied this question.

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