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The study investigates how rotation affects the Landau quantization of a charged spin-1/2 particle influenced by a spiral dislocation.

March 4, 2026Few-Body SystemsOpen Access

Effects of Rotation on a Charged Non-Relativistic Spin-1/2 Particle in the Presence of a Spiral Dislocation

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The study investigates how rotation affects the Landau quantization of a charged spin-1/2 particle influenced by a spiral dislocation.
Utilized the Pauli equation to analyze the particle dynamics.
Studied the coupling between spin, magnetic field, topological defect, and rotation.
Conducted graphical analysis of eigenenergies for different spin states.
Eigenenergies are higher for the spin -1/2 state compared to the +1/2 state, particularly under strong magnetic fields and high angular velocities.
Quantized angular velocities can render eigenenergies independent of spin orientation.
Increasing the magnetic field or spiral dislocation parameter decreases effective angular velocity while increasing eigenenergy values.

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Demonstrates the impact of rotation on eigenenergies of charged spin-1/2 particles, suggesting new quantum dynamics.

Oliveira et al. (2026) studied this question.

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