1.   The equation of state of molecular hydrogen at high pressures and temperatures is particularly important and yet it is poorly known.

2.   The extreme ultraviolet power was only a few watts, but it was adequate to detect molecular hydrogen.

3.   These studies confidently predict that at any plausible temperatures in Jupiter no solid molecular hydrogen surface is encountered.

4.   These bacteria use molecular hydrogen as well as other electron donors, for the dissimilatory reduction of sulphate to sulphide.

5.   Already, the technique has revealed the presence of a rare form of electrically charged molecular hydrogen.

6.   Its rotation was detected by measuring the velocities of the disk gas, most of it in the form of molecular hydrogen, with traces of carbon monoxide.

7.   Other early findings by FUSE included detailed observations of the molecular hydrogen clouds out of which stars form in the Milky Way and neighboring galaxies.

8.   The data is the first to detect molecular hydrogen in the atmosphere of Mars.