Why electricity does not seem to alter metal mirrors reflection?How electricity, and generating electricity works on the atomic level?The probability of electron-hole pair recombination as a function of physical proximityLight-matter interaction and an object's appearanceEstimating fraction of radiant energy absorbed by a metalWhy does a mirror split my laser beam?Are there Optical Magnetic Mirrors (OMMs) which actually reflect via interaction with the magnetic field?How do surfaces absorb or reflect light? Specifically, what is the physical process happening at the molecular level?Hot blackbody and hot mirrorReflection through multiple mirrorsElectrons in a conductor loosely bound or delocalised (as per QM)?
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Why electricity does not seem to alter metal mirrors reflection?
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Why electricity does not seem to alter metal mirrors reflection?
How electricity, and generating electricity works on the atomic level?The probability of electron-hole pair recombination as a function of physical proximityLight-matter interaction and an object's appearanceEstimating fraction of radiant energy absorbed by a metalWhy does a mirror split my laser beam?Are there Optical Magnetic Mirrors (OMMs) which actually reflect via interaction with the magnetic field?How do surfaces absorb or reflect light? Specifically, what is the physical process happening at the molecular level?Hot blackbody and hot mirrorReflection through multiple mirrorsElectrons in a conductor loosely bound or delocalised (as per QM)?
$begingroup$
If individual electrons absorb and reflect photons, and if those electrons happen to be on a conduction band which is most probable as the outer electrons have a greater probability of intercepting photons first, a voltage applied along the surface of the mirror should displace these electrons and induce visible effects.
electromagnetism electricity reflection metals
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If individual electrons absorb and reflect photons, and if those electrons happen to be on a conduction band which is most probable as the outer electrons have a greater probability of intercepting photons first, a voltage applied along the surface of the mirror should displace these electrons and induce visible effects.
electromagnetism electricity reflection metals
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$begingroup$
If individual electrons absorb and reflect photons, and if those electrons happen to be on a conduction band which is most probable as the outer electrons have a greater probability of intercepting photons first, a voltage applied along the surface of the mirror should displace these electrons and induce visible effects.
electromagnetism electricity reflection metals
asked 6 hours ago
ExocytosisExocytosis
144
New contributor
Exocytosis is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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$endgroup$
If individual electrons absorb and reflect photons, and if those electrons happen to be on a conduction band which is most probable as the outer electrons have a greater probability of intercepting photons first, a voltage applied along the surface of the mirror should displace these electrons and induce visible effects.
electromagnetism electricity reflection metals
electromagnetism electricity reflection metals
asked 6 hours ago
ExocytosisExocytosis
144
New contributor
Exocytosis is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 6 hours ago
ExocytosisExocytosis
144
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Exocytosis is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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asked 6 hours ago
ExocytosisExocytosis
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Exocytosis is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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asked 6 hours ago
ExocytosisExocytosis
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asked 6 hours ago
ExocytosisExocytosis
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144
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3 Answers
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The equations of electromagnetism are linear and the response of materials is also predominantly linear. Therefore a static field will not affect reflection. Nonlinear effects do exist but these are generally weak.
answered 6 hours ago
my2ctsmy2cts
6,1032720
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If you think in the frame of reference of the moving electrons, then all that has changed is the direction of the light by an extremely tiny amount (electrons moving slow compared to speed of light), so the reflectivity doesn't change much. This skips over a lot of detail but it is worth thinking about
answered 4 hours ago
KF GaussKF Gauss
1,4851925
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Ordinary values of voltage probably have such visual effects, but too minuscule to observe. The only case I know of where voltage could influence reflectivity enough is when the resulting electric current is so high that the metal increases its temperature. With different temperature, the metal will have different reflectivity, and another visual effect will appear - the metal will glow with its own light.
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
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3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
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active
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$begingroup$
The equations of electromagnetism are linear and the response of materials is also predominantly linear. Therefore a static field will not affect reflection. Nonlinear effects do exist but these are generally weak.
answered 6 hours ago
my2ctsmy2cts
6,1032720
$endgroup$
add a comment |
$begingroup$
The equations of electromagnetism are linear and the response of materials is also predominantly linear. Therefore a static field will not affect reflection. Nonlinear effects do exist but these are generally weak.
answered 6 hours ago
my2ctsmy2cts
6,1032720
$endgroup$
add a comment |
$begingroup$
The equations of electromagnetism are linear and the response of materials is also predominantly linear. Therefore a static field will not affect reflection. Nonlinear effects do exist but these are generally weak.
answered 6 hours ago
my2ctsmy2cts
6,1032720
$endgroup$
The equations of electromagnetism are linear and the response of materials is also predominantly linear. Therefore a static field will not affect reflection. Nonlinear effects do exist but these are generally weak.
answered 6 hours ago
my2ctsmy2cts
6,1032720
answered 6 hours ago
my2ctsmy2cts
6,1032720
answered 6 hours ago
my2ctsmy2cts
6,1032720
answered 6 hours ago
my2ctsmy2cts
6,1032720
6,1032720
add a comment |
add a comment |
$begingroup$
If you think in the frame of reference of the moving electrons, then all that has changed is the direction of the light by an extremely tiny amount (electrons moving slow compared to speed of light), so the reflectivity doesn't change much. This skips over a lot of detail but it is worth thinking about
answered 4 hours ago
KF GaussKF Gauss
1,4851925
$endgroup$
add a comment |
$begingroup$
If you think in the frame of reference of the moving electrons, then all that has changed is the direction of the light by an extremely tiny amount (electrons moving slow compared to speed of light), so the reflectivity doesn't change much. This skips over a lot of detail but it is worth thinking about
answered 4 hours ago
KF GaussKF Gauss
1,4851925
$endgroup$
add a comment |
$begingroup$
If you think in the frame of reference of the moving electrons, then all that has changed is the direction of the light by an extremely tiny amount (electrons moving slow compared to speed of light), so the reflectivity doesn't change much. This skips over a lot of detail but it is worth thinking about
answered 4 hours ago
KF GaussKF Gauss
1,4851925
$endgroup$
If you think in the frame of reference of the moving electrons, then all that has changed is the direction of the light by an extremely tiny amount (electrons moving slow compared to speed of light), so the reflectivity doesn't change much. This skips over a lot of detail but it is worth thinking about
answered 4 hours ago
KF GaussKF Gauss
1,4851925
answered 4 hours ago
KF GaussKF Gauss
1,4851925
answered 4 hours ago
KF GaussKF Gauss
1,4851925
answered 4 hours ago
KF GaussKF Gauss
1,4851925
1,4851925
add a comment |
add a comment |
$begingroup$
Ordinary values of voltage probably have such visual effects, but too minuscule to observe. The only case I know of where voltage could influence reflectivity enough is when the resulting electric current is so high that the metal increases its temperature. With different temperature, the metal will have different reflectivity, and another visual effect will appear - the metal will glow with its own light.
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
$endgroup$
add a comment |
$begingroup$
Ordinary values of voltage probably have such visual effects, but too minuscule to observe. The only case I know of where voltage could influence reflectivity enough is when the resulting electric current is so high that the metal increases its temperature. With different temperature, the metal will have different reflectivity, and another visual effect will appear - the metal will glow with its own light.
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
$endgroup$
add a comment |
$begingroup$
Ordinary values of voltage probably have such visual effects, but too minuscule to observe. The only case I know of where voltage could influence reflectivity enough is when the resulting electric current is so high that the metal increases its temperature. With different temperature, the metal will have different reflectivity, and another visual effect will appear - the metal will glow with its own light.
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
$endgroup$
Ordinary values of voltage probably have such visual effects, but too minuscule to observe. The only case I know of where voltage could influence reflectivity enough is when the resulting electric current is so high that the metal increases its temperature. With different temperature, the metal will have different reflectivity, and another visual effect will appear - the metal will glow with its own light.
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
answered 1 hour ago
Ján LalinskýJán Lalinský
16k1440
16k1440
add a comment |
add a comment |
Exocytosis is a new contributor. Be nice, and check out our Code of Conduct.
Exocytosis is a new contributor. Be nice, and check out our Code of Conduct.
Exocytosis is a new contributor. Be nice, and check out our Code of Conduct.
Exocytosis is a new contributor. Be nice, and check out our Code of Conduct.
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