Ab Initio Calculation of the Sound Velocity of Dense Hydrogen: Implications for Models of Jupiter

Details Ab Initio Calculation of the Sound Velocity of Dense Hydrogen: Implications for Models of Jupiter Ab Initio Calculation of the Sound Velocity of Dense Hydrogen: Implications for Models of Jupiter

Sep 1995

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1995sci...269.1252a&link_type=abstract

Science, Volume 269, Issue 5228, pp. 1252-1254

Computer Science

Sound

25

Scientific paper

First-principles molecular dynamics simulations were used to calculate the sound velocity of dense hydrogen, and the results were compared with extrapolations of experimental data that currently conflict with either astrophysical models or data obtained from recent global oscillation measurements of Jupiter. Excellent agreement with the extrapolated experimental data was obtained. These results strongly support the notion that the existing models for the jovian interior need to be revised.

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