And straight away fleeing the subject because you know it destroys your FE fantasy.
Your wilful ignorance of the microwaves coming from the sun doesn't magically stop them.
The sun's light is in a weird place of necessary but damaging; but the UV is damaging, not microwaves.
Microwaves just heat.
You are just asserting whatever BS you want to fit your fantasy.
Liars cannot stop lying.
Such as yourself, here lying yet again.
You guys call this lies, but let's do a challenge. Make a picture of how exactly this works. Sun millions of miles away, bounces on a curve and hits the moon, which appears to be opposite it and the same size.
So make a picture of your strawman?
The light from the sun doesn't bounce off Earth to reach the moon.
It goes from the sun to the moon, scattering off the surface and reflecting back to Earth.
A to scale picture is quite hard considering the distances involved.
If you want the moon to be 1 pixel, then the distance from Earth to the sun would need to be ~43 000 px.
Here is a very much not to scale image I prepared early:
I'll leave you to do the math to see just how far out of alignment it needs to be to avoid an eclipse. (Hint: It isn't very much).
If the sun is the perfect distance away to look the same size as the moon, shouldn't it usually appear behind the moon or above it?
No. Why would you think that at all?
Yet again you assert pure BS with no justification at all.
(And they are not the perfect distance away. The apparent size varies with the moon sometimes appearing smaller than the sun and some times larger).
But no, except for during an eclipse, the sun and moon are nearly always opposite each other.
And more lies.
The separation of the moon and sun is periodic, where over the course of roughly 1 month they go from almost overlapping (or actually overlapping in the case of a lunar eclipse), to more and more separated until eventually they are almost 180 degrees apart, to then reduce that separation on the other side until they reach a point of almost overlapping.
And shouldn't we see this light transferring one to another?
No.
Just like I don't see the light from the light on my ceiling moving down to the floor.
In order to see something like that you need something for the light to scatter off.
You can even see this with a laser:
With dust free air, the path of the laser beam can't be seen. But with chalk dust, it can easily be seen.
The same applies to the light from the sun. It either needs to go directly to your eye, or it needs something to scatter off.
We also can look directly at the moon, and we do not go blind.
Just like we can look at the ground illuminated by the sun and not go blind.
What is your point?
Now care to address why the sun doesn't appear to shrink like it should for a FE?