Kaon
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- Mar 12, 2018
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That all makes logical sense. The only follow up question I would have is regarding your explanation that the shadows in the photo are a result of earth-shine...
Why is it the shadows are always, 100% of the time angled at the terminator line? How does earth-shine manage to accomplish that?
This has to do with the geometry of the moon (the face we see), and the divergence of the current feeding light emission. The shadows, and the actual low intensity light coming from the moon are two different phenomena. Light emission from a diode like entity is not uniform, but depends on scattering angle as well. The right lattice of holes and electrons can direct light emission to specific angles/directions even causing interference patterns that seem like the phases to us (coupled with a sinusoidal/non-constant current for photon stimulation).
Meaning, if the shadows are a result of light reflecting, we would expect them to always be pointed at the terminator line as there is a direct relationship between the two.
The shadows come from the photonic dislocation of incident shine. The relative intensity of the light drops off, but the actual photons still exist - and, when they hit a barrier the photons get lodged in the lattice of the material (instead of penetrating), causing the shadow. In other words, the light could have very low thermal energy and still cast a shadow (the photons are obstructed by the barrier).
However, what relationship exists between earth-shine and whatever is going on to create the phases of the moon? It seems there shouldn’t be a correlation between the two in your model, and so shouldn’t we expect at times the shadows to be pointing another direction?
The mechanism that lights the moon is internal, so no earth shine does not affect the phases or shadows. If you think of light as millions of tennis balls with red paint on them, and then shoot them at someone standing against a wall, you will get an outline of the person that stopped the balls from hitting wall behind them. The particle nature of photons etch out the shadows; the wave nature deals with energy, but at the distances of earth-moon, unless the flux is tremendous the photons won't necessarily contribute to lighting (in the same way the 20 light bulbs don't actually make the LED screen brighter).
The phases are due to internal non-constant (sinusoidal) current that stimulates photon emission.
Otherwise, what you’re saying makes sense, but there are lots of things that make sense that aren’t true, so I’m definitely not a believer yet.
Exactly!
I try to express this about academia in most all of my critiques or comments about academia as we know it. Just because something works doesn't mean it is the unique solution that explains the process itself. It may just happen to work - and, that's all.
And what about what JackRT said about the moon not having a magnetic field?
Are you sure @JackRT said it does NOT have a mag field?
Indeed, the moon does not have a magnetic field. Even in my model, the semiconductor-like makeup of the moon would severely retard any changes in electric fields capable of producing a noticeable magnetic field (the current is external, but directed internally into the moon "cavity," so the current beam carries the significant field). But, there exists magnetic anomalies (monopoles, or potential) within the more metallic rocks - which may emit their own field - according to NASA.
Let's see how these work for you.
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