Experimental Investigation of Controlling Light Polarization in Optical Waveguides with Magneto-optical Materials GdFe
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With a vision that the technology for projecting spins/magnetic state on the polarization of light in a waveguide is worth developing, we have studied experimentally optical controllability of the dynamic state of magnetization, and the optical coupling between a magnetic medium and a waveguide. We describe experimental results on two-pulse control of the laser-induced magnetization precession in a ferrimagnetic GdFe thin film, as well as the evaluation of magneto-optical effect with oblique incident light through free space and a quartz prism.
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