Ground state of a hydrogen molecule in superstrong magnetic fields

Details Ground state of a hydrogen molecule in superstrong magnetic fields Ground state of a hydrogen molecule in superstrong magnetic fields

Nov 1995

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1995phrva..52.3405o&link_type=abstract

Physical Review A (Atomic, Molecular, and Optical Physics), Volume 52, Issue 5, November 1995, pp.R3405-R3408

Physics

18

Calculations And Mathematical Techniques In Atomic And Molecular Physics, Zeeman And Stark Effects, Magnetic And Electric Fields, Polarization Of Starlight

Scientific paper

We study the ground-state structural properties of a hydrogen molecule in superstrong magnetic fields (B~=1012 G) using quantum Monte Carlo (fixed-phase and variational) approaches. We determine that the ground state (spin-triplet) belongs to the sector of total (z-component) angular momentum M=-1 (3Π0), meaning that paramagnetic contributions to the total energy cannot be neglected. This non-time-reversal invariant ground state has a strong interatomic interaction, suggesting that a hydrogen gas under the same physical conditions has a tendency to form strong bonded molecules.

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