Exotic ion H
3
++
in strong magnetic fields |
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Authors: | Juan C López Vieyra Alexander V Turbiner Nicolais L Guevara |
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Institution: | 1. Instituto de Ciencias Nucleares, UNAM, Mexico, DF, 04510, Mexico
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Abstract: | - The exotic system H 3 ++ (which does not exist without magnetic field) exists in strong magnetic fields:
- In triangular configuration for B≈108–1011?G (under specific external conditions)
- In linear configuration for B>1010?G
- In the linear configuration the positive z-parity states 1σ g , 1π u , 1δ g are bound states
- In the linear configuration the negative z-parity states 1σ u , 1π g , 1δ u are repulsive states
- The H 3 ++ molecular ion is the most bound one-electron system made from protons at B>3×1013?G
Possible application: The H 3 ++ molecular ion may appear as a component of a neutron star atmosphere under a strong surface magnetic field B=1012–1013?G. |
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Keywords: | |
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