[Podgajski]

All right, this is proof that you don’t know what you’re talking about. Light coming off of a lake is not polarized. That’s why we wear polarizing glasses to get rid of the glare. They take the unpolarized light and polarize it by removing everything but the horizontal rays. So they’re doing two things they were reducing the amount of light you’re getting and they’re also polarizing the light reducing glare.

https://www.visionease.com/wp-content/uploads/2016/09/SunRxT...

Next, Why don’t you read this paper and then tell me if they’re the same. People that are smarter than both of us put together, are talking about these things in a scientific way, not in a way that they think will win an argument.

Besides, we evolved with sunlight, and we did not evolve with man-made EMF. I’m not saying I know this matters, but I’m saying you can’t compare them and say they’re the same.

https://noxtak.com/natural-vs-artificial-electromagnetic-fie....

[Aloisius]

> They take the unpolarized light and polarize it by removing everything but the horizontal rays.

Those horizontal rays are polarized light. That's why it's "horizontal."

Unpolarized light is really just randomly polarized light - the polarization changes moment to moment randomly. When light strikes a non-metallic reflective surface at around 56° (Brewster's angle), the light components which are polarized perpendicular to the surface get scattered or absorbed, while those polarized parallel to the surface get reflected, so light reflecting at an angle off of water is linearly polarized in a horizontal direction.

[Podgajski]

But not all the sons rays are coming at the same direction they’re scattered from thousands of different angles. If they came off of the sun, as all polarized, we’d all be dead, burned like a laser, a laser is polarized light.

[ksaj]

You mean like why even a tiny sliver of light after an eclipse will totally toast your eyes.

[ksaj]

You really need to remove the tinfoil hat. It's even affecting your ability to read.

When I mentioned polarization of laser, you ignored everything except one phrase. I said, specifically (but I'll be more specific this time), that some lasers use a mirror and a partial mirror, and once the light transmitted into it is amplified enough that it can get through the partial mirror, you get a laser beam. You stupidly took that to mean that is proof that polarized light is obviously then stronger.

But that's not correct. The AMPLIFICATION, literally the A in the word lAser, is what makes it strong enough to get through the partial mirror. Amplified light is stronger. Nothing to do with polarization. It is polarized because of reflecting back and forth between the mirror and the partial mirror. Nothing more. That's a side effect of the amplification method. The single-direction amplification means all that escapes is polarized to that one direction. This is super basic. Ruby lasers are pretty typical, and LED lasers mimic them. Literally a partially shiny piece of see-through rock.

I mentioned, and you ignored, in that same comment that gas lasers use a completely different method, and as a result, produce non-polarized laser. I actually own a few lasers (so it's wild you think you are schooling me). One that I like most is Helium Neon. Fully a gas laser. Fully not polarized. And a hell of a lot stronger than your fancy polarized laser pointer.

It's easier to make laser with the mirror/partial mirror pair, and LED that mimics that, but the strength has absolutely nothing to do with the polarization. Period.

Please end the word games. You keep bopping between whether it's the satellites or the terminals that are causing your fake illness. And you're cherry picking phrases just to keep the thread going. It's neither energy source. We all know that, and so do you.

Cut it out. This is a grown up forum.