magneto-optical Kerr effect

E446003

The magneto-optical Kerr effect is a phenomenon in which the polarization and intensity of light reflected from a magnetized material are altered in a way that depends on the material’s magnetization.

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magneto-optical Kerr effect canonical 1

Statements (48)

Predicate Object
instanceOf magneto-optical effect
optical Kerr effect
physical phenomenon
affects intensity of reflected light
polarization of reflected light
canBeMeasuredBy Kerr ellipticity
Kerr rotation angle
dependsOn angle of incidence
complex off-diagonal elements of the dielectric tensor
direction of magnetization
magnetization of the material
optical constants of the material
wavelength of incident light
differsFrom Faraday effect NERFINISHED
discoveredIn 19th century
enables time-resolved magneto-optical Kerr spectroscopy
ultrafast magnetization dynamics studies
field condensed matter physics
magneto-optics
solid-state physics
geometryDependsOn orientation of magnetization relative to plane of incidence
orientation of magnetization relative to surface normal
hasVariant longitudinal magneto-optical Kerr effect NERFINISHED
polar magneto-optical Kerr effect
transverse magneto-optical Kerr effect NERFINISHED
involves change of ellipticity
rotation of polarization plane
isDescribedBy complex Kerr angle
magneto-optical dielectric tensor
isEnhancedBy optical cavity structures
surface plasmon resonances
isNamedAfter John Kerr NERFINISHED
isObservedIn ferrimagnetic materials
ferromagnetic materials
magnetic multilayers
magnetic semiconductors
magnetized media
thin magnetic films
occursAt reflection of light
relatedTo Faraday effect NERFINISHED
requires incident polarized light
magnetized material
usedFor characterization of thin magnetic films
hysteresis loop measurements
magnetic domain imaging
magnetization measurements
magneto-optical data storage
non-contact magnetic sensing

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Faraday effect relatedTo magneto-optical Kerr effect