gives rise to polarization effects
Interesting that Raman causes polarization.
813 Matching Annotations
- Jul 2022
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n a particle, causing them to move at the same frequency. The particle, therefore, becomes a small radiating dipole whose radiation we see as scattered light. The particles may be individual atoms or molecules; it can occur when light travels through transparent solids and liquids, but is most prominently seen in
This sounds a bit like the Huygens principle, however, unlike Huygens, it results in scatting of light. What is fundamentally different?
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"circular" current through the disc
how does one measure this?
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electric stirring effect
What is this?
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the emitted light
why would light be emitted?
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swapping
What mean by this? As in one should always produce the other, or that there is a specific circumstance where this is the case.
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combined action of the direct and inverse spin Hall effect
So both would happen at once? Why is that?
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coupling parameter ʏ
how so? shouldn't it be a matrix, not a scalar parameter?
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the relative motion between the magnetic moment (associated to the spin) and the electric field creates a coupling that distorts the motion of the electrons.
does this happen classically? Which direction would a bar magnet get pushed if it moves through a uniform magnetic field?
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Two possible mechanisms
as in we still don't know? or that it is sample dependent?
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In 1983 Averkiev and Dyakonov[3] proposed a way to measure the inverse spin Hall effect under optical spin orientation in semiconductors.
inverse implies that there is a normal direction to the spin hall effect. Is the normal direction the same a s the classical b field direction?
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they both lie in the plane "transverse"
true by def of poynting vector
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H is determined from E by 90-degree rotation and a fixed multiplier
Not true in general. Requires the stated assumptions.
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