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Adiabatic States of Atomic Hydrogen in Strong Magnetic Fields

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This research aims to calculate the adiabatic states of atomic hydrogen in strong magnetic fields and understand their dynamics.
Calculated adiabatic states using spherical coordinates with radial distance as the adiabatic parameter.
Analyzed transitions from diamagnetic Kepler motion to gyromotion depending on distance from the nucleus.
Investigated avoided crossings of potential curves at the boundary of regions.
Identified a transition from diamagnetic Kepler motion in the inner region to gyromotion at larger distances.
Observed avoided crossings along the diamagnetic potential ridge indicating strong local non-adiabatic coupling.
Contributed insights for modeling atomic processes in magnetized astrophysical environments.

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Calculations reveal transitions in hydrogen dynamics influenced by strong magnetic fields, indicating refined models for astrophysical conditions.

Yamada et al. (2026) studied this question.

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Calculations reveal transitions in hydrogen dynamics influenced by strong magnetic fields, indicating refined models for astrophysical conditions.