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Gravitational Faraday-effect

International Journal of Theoretical Physics, 1973
The influence of the gravitational field upon the direction of polarization of electromagnetic radiation is generally discussed and for the special case of the gravitational field of a rotating homogeneous ring quantitatively calculated in linear approximation.
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Paramagnetic Faraday Effect

Journal of Applied Physics, 1958
A theory is given for the Faraday rotation in paramagnetic salts and curves for the rotation angle as a function of applied field are calculated. For comparison with theory, results are given of measurements made on several manganese salts at a wavelength of 9.9 cm and the agreement is good.
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On the Faraday effect in O2

Journal of Molecular Spectroscopy, 1962
Abstract From Hamiltonians containing the interaction of the magnetic moment of the molecule with the magnetic field of the radiation, the imaginary parts of the magnetic susceptibilities for right and left circular polarization are calculated. The dispersion relations appropriate to tensor media is then applied yielding the difference between the ...
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The Faraday effect

Quarterly Reviews, Chemical Society, 1969
P. N. Schatz, A. J. McCaffery
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Faraday Effect

1973
M. ROUSSEAU, J.P. MATHIEU
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Frequency-stabilized Faraday laser with 10−14 short-term instability for atomic clocks

Applied Physics Letters, 2022
Duo Pan, Bin LUO, Tiantian Shi
exaly  

Mössbauer Faraday Effect

Physical Review, 1968
R. M. Housley, U. Gonser
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The Faraday effect in and borates

Journal of Magnetism and Magnetic Materials, 2014
V.A. Bedarev   +7 more
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The Faraday effect in semiconductors

1966
Equations for the Faraday rotation and ellipticity in an anisotropic material are derived in terms of quantities related to the components of the high frequency magnetoconductivity tensor. The theory is valid for all orientations of H, (the magnetic field), and Eo, (the electric vector of the incident radiation), with respect to the crystal axes.
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