Sagnac Magneto-optic Interferometry and the Magneto-optics of Transition Metal Oxides

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Stanford University, 1997 - 156 pages

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Section 1
1
Section 2
10
Section 3
25
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840 nm interferometer amplitude angle anisotropy aperture atomic band theory beam splitter BSCCO Bulk optics calculation coherent collimated contribution correlations crystal cuprate cuprate superconductors Curie point d²r density described detection detector domain structure ellipsometry ellipticity energy equations exhibit Faraday effect Faraday rotation ferromagnetic fiber ends Figure frequency Hund's rule imaging itinerant ferromagnetism J. S. Dodge Kapitulnik Kerr effect Kulatov laser Lett light limit linear low temperature LSDA magnetic domain magneto-optic conductivity magneto-optic effects magneto-optic measurements material modulation nonreciprocal phase shift optical and magneto-optical optical conductivity optical microscopy orders of magnitude oxides parameters peak phase shift Phys plane polarization properties of SrRuO3 reciprocal reflection response Sagnac interferometer sample scanning scattering sensitivity shot noise shown in Fig signal spectral spectroscopy Spielman spin spontaneous magneto-optic effects SrRuO3 SrTiO3 T. H. Geballe TbFeCo temperature dependence time-reversal symmetry transition metal wave wavelength YBCO zero

Bibliographic information

TitleSagnac Magneto-optic Interferometry and the Magneto-optics of Transition Metal Oxides
AuthorJohn Steven Dodge
ContributorStanford University. Department of Applied Physics
PublisherStanford University, 1997
Length156 pages
  
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