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The use of magneto-optical techniques to tune the plasmonic response ofnanostructures is a hot topic in active plasmonics, with fascinatingimplications for several plasmon-based applications and devices. For thisemerging field, called magnetoplasmonics, plasmonic nanomaterials with strongoptical response to magnetic field are desired, which is generally challengingto achieve with pure noble metals. To overcome this issue, several efforts havebeen carried out to design and tailor the magneto-optical response of metalnanostructures, mainly by combining plasmonic and magnetic materials in asingle nanostructure. In this tutorial we focus our attention onmagnetoplasmonic effects in purely plasmonic nanostructures, as they are avaluable model system allowing for an easier rationalization ofmagnetoplasmonic effects. The most common magneto-optical experimental methodsemployed to measure these effects are introduced, followed by a review of themajor experimental observations that are discussed within the framework of ananalytical model developed for the rationalization of magnetoplasmonic effects.Different materials are discussed, from noble metals to novel plasmonicmaterials, such as heavily doped semiconductors.

Magneto-optical methods for magnetoplasmonics in noble metal nanostructures