Hematite as a magnetic photocatalyst can support the production of oxygen in its magnetic ground state and thereby improve the efficiency of hydrogen production. When hematite is made thinner, another important improvement in the efficiency of the ...

Nanowerk Nanotechnology Spotlight In This Issue... Is hematene worth pursuing? More Recent Articles Is hematene worth pursuing? Hematite as a magnetic photocatalyst can support the production of oxygen in its magnetic ground state and thereby improve the efficiency of hydrogen production. When hematite is made thinner, another important improvement in the efficiency of the reaction could be accomplished by expectedly more efficient separation of charge carriers upon the absorption of light on the surface. Scientists now elucidate exactly how optical and magnetic properties of hematite change when decreased in thickness to the atomistic scale. • Email to a friend • More Recent Articles Machine learning models accelerate the search for critical electrocatalysts 3D-printing of perovskite nanostructures Novel magnetic nanostructures for emerging biomedical applications Detecting diseases with magnetically levitated plasma proteins How tiny misalignments in encapsulated graphene lead to a strong modification of its electronic properties

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