In 1996, his team's work suggested a more compressible solid hydrogen than previously thought. More recently in 2019, his team published results on single crystal diffraction of the lightest material in the world, hydrogen, up to 254 GPa and revealed isostructural electronic transitions in solid hydrogen at around 220 GPa.
In 1996, his team's research suggested a more compressible solid hydrogen than previously considered. More recently in 2019, his team published results on the single crystal diffraction of hydrogen up to 254 GPa and exposed isostructural electronic transitions in solid hydrogen around 220 GPa.