Quantum Chemistry for Atoms and Molecules in Strong Magnetic Fields

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Atoms and molecules in strong magnetic fields are expected to show interesting phenomena due to a complicated coupling between spin-magnetic interaction and electric Coulomb force. In the present study, we have directly solved the Schrodinger and relativistic Dirac equations of atoms and molecules in strong magnetic fields and it makes possible to give quantitative predictions with their very accurate solutions. We have applied our method to the systems interesting in space science and also showed the wide range of application potentiality.