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Machine learning reveals new hydrogenation reaction mechanism for superhydride
Superhydrides are materials that can store significantly more hydrogen than conventional hydrides and present a highly promising option for applications such as hydrogen storage and superconducting materials used in maglev trains and quantum computing. However, their synthesis requires extremely high pressures—on the order of tens of gigapascals (GPa)—making the reactions difficult to control.
Superhydrides are materials that can store significantly more hydrogen than conventional hydrides and present a highly promising option for applications such as hydrogen storage and superconducting materials used in maglev trains and quantum computing. However, their synthesis requires extremely high pressures—on the order of tens of gigapascals (GPa)—making the reactions difficult to control.
