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Two-dimensional magnetophotonic crystal: Exactly solvable model
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The use of TE/TM terminology in this context is meant to illustrate the fact that different waveguide modes with different polarization states possess different modal refractive indices. The authors are aware that the polarization state of light in gyrotropic films, especially under material stresses and the geometrical confinement generated by asymmetric optical waveguide channels should be described in terms of waveguide modes that account for elliptical birefringence. A full treatment of the polarization state of Bloch modes is presented in this work
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The use of TE/TM terminology in this context is meant to illustrate the fact that different waveguide modes with different polarization states possess different modal refractive indices. The authors are aware that the polarization state of light in gyrotropic films, especially under material stresses and the geometrical confinement generated by asymmetric optical waveguide channels should be described in terms of waveguide modes that account for elliptical birefringence. A full treatment of the polarization state of Bloch modes is presented in this work.
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16
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21
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84894393497
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We use the greek letter λ to represent the eigenvalue of the Bloch equation. It is not used as a symbol for wavelength
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We use the greek letter λ to represent the eigenvalue of the Bloch equation. It is not used as a symbol for wavelength.
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22
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Faraday rotation in an InP waveguide
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