International audienceMagnetization-induced second-harmonic generation with surface plasmon excitation in an ultrathin Au/Co/Au multilayer structure has been investigated. The resonant coupling of surface plasmons with the fundamental light results in drastic changes of the second-harmonic intensity and a sign reversal of nonlinear magneto-optical effects. Model analysis of the observed phenomena is given on the basis of the multiple interference of interface nonlinear contributions calculated using the Green’s functions formalism
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
The optical 2nd-harmonic intensity generated by magnetic multilayers appears to depend strongly on t...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...
Optical second harmonic generation studies of Co/Au interfaces show a clear magnetic field induced e...
The presence of a magnetization appears to have a strong effect on the optical second harmonic gener...