The findings also challenge models of the planet's interior, pointing to a core that is not solid like Earth's, but is instead «fuzzy» and dilutely mingled with an overlying
metallic hydrogen layer.
Not exact matches
«We characterized the field to estimate the depth of the dynamo region, suggesting that it may occur in a molecular
hydrogen layer above the pressure - induced transition to the
metallic state.»
That could be a sign that the dynamo driving it may originate higher up in Jupiter's interior, perhaps from that same
layer of
metallic hydrogen.