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| It's just a photon current |
Visible light photon "polarizing" is a well known phenomenon (Photon Polarization, Introduction to Polarized Light, Polarized Light).
The basic operation is to pass a photon current (e.g. light beam) through a polarizer then study the 'other side' result pursuant to Malus's Law:
"Malus' law, which is named after Étienne-Louis Malus, says that when a perfect polarizer is placed in a polarized beam of light, the irradiance, I, of the light that passes through is given by I = I0 cos2 θi where I0 is the initial intensity and θi is the angle between the light's initial polarization direction and the axis of the polarizer."
(Wikipedia). Several graphs and an HTML table (appendices) show some of the particulars (TPC Graphs; HTML 0-360).
II. Seawater Polarizer?
Infrared photon streams can be polarized (Infrared photon polarizing).
Can salt crystals in seawater polarize any of the infrared photon current as hinted at here and here?
If so it won't change the heat content of the seawater, but it could change the direction of some of the individual photon flows within the overall photon current.
III. Does A Polarizer Prove Quantum Entanglement?
I don't think so.
For one thing, there is this (There Is No Quantum Entanglement).
For another thing, I think that the quantum entanglement hypothesis is another one of these (Small Brains Considered - 7).
And the last thing for now, is that the quantum entanglement hypothesis is just another doll that miscreant theorists play with (Quantum Biology - 9).
IV. Bigga Badda Boom
Accord (The Scientific Evidence Against The Big Bang, The Big Bang Theory has officially been debunked, Saying goodbye to the Big Bang, The Story of Our Universe May Be Starting to Unravel, etc.).
The previous post in this series is here.
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