When something is so official it is called REALITY, you're just mentioning a party line.
No, it has nothing at all to do with a party line, and instead is to do with evidence.
I put it in caps to emphasise that that is what you are opposing.
You aren't merely opposing a party line, you are opposing reality; what all the available evidence shows.
light and sound have a limit to range.
No, they don't.
What happens is it spreads out.
There is no magical limit where it magically dies out.
Radio is only successful bevause thete are towers everywhere.
Plenty of which wouldn't be needed if Earth was flat.
Cheap tricks is how you roll. For instance...
Quite the opposite.
You even provide an example of that with your bait and switch.
Yes, and what you failed to notice was the whole time, it was supplied with power.
Because that is irrelavent.
Again, you are trying a pathetic bait and switch.
I'm not saying the light will magically stay put. It will continue to propagate.
It doesn't need additional power to traverse the vacuum, and until it is absorbed or reflected it will continue on its path.
When you turn on a flashlight, the particles of air are lit up. When you turn it off, you don't see energy "going somewhere", you see light immediately shut off.
Great job yet again intentionally failing to understand.
Yes, when the flashlight is on, you see energy transfer.
The energy goes from the battery to the light source, getting converted into light.
This light then travels, scattering of dust in the air, with some of that energy then going to your eyes, where it triggers a photo-chemical reaction in your eye which in turn stimulates a nerve.
This means the light has transferred energy from the battery to your eye.
Light is that energy in transit.
When you turn the flashlight off, you stop outputting that energy, so the light stops coming out.
It also isn't immediate, just practically immediate.
This tells me that if you say light is energy, that you're really wrong.
Yet you cannot show why, and all the evidence points to it being energy.
the wavelength is so short as to be instantaneous.
Wrong again. The appearance of light is so short after the flashlight is switched off due to the VELOCITY.
Light is travelling at roughly 300 000 000 m/s.
That means if you want it to persist for 1 s, you would need to have it travel 300 000 000 m. That is 300 000 km.
That is roughly the distance to the moon.
So if you had a flashlight powerful and/or focused enough, to be able to brighten the moon from Earth, you would be able to turn it off and see the light fade in over 2 seconds (the round trip).
Conversely, sound is much slower, at roughly 350 m/s.
That means if you have an echo of an object 350 m away, you will hear it again in 2 seconds.
So no, it has nothing at all to do with the wavelength, and instead is all to do with the velocity.
If light did actually magically break down instantly, you would expect it to go nowhere.
Turning off the flashlight wouldn't be required. Instead, putting a bit of a vacuum between it would be all that is needed.
If you flicked on a radio hooked up to a huge microphone, and it screamed "Hello!" and broadcasted across a canyon, the echo would continue even though you shut off the radio, microphone, and sound system immediately. If you flick off a flashlight, however, the light immediately breaks down its effect on the environment. The energized air particles return to their original state. This is because the wavelength (literally the length of the wave) is longer for sound than light.
If all this BS of yours is true, then why does light traverse a vacuum just fine, but sound can't?
Why is there no evidence at all of light magically breaking down in a vacuum, rather than travelling through it?
Yet there is no evidence for sound traversing a vacuum and plenty to show it cant?
Yes, light works in a vacuum, but only if it has energy to do so. Without energy, breakdown is instant.
You have not shown any breakdown at all.
You have shown the light leaving the flashlight and reaching its destination, with no additional light to replace it.
That is not breakdown.
If you would like an analogy, say you have a large tank of water, and a long slide with a reservoir at the bottom.
You open the tap on the tank and see the water flowing down the slide. You then close the tap and claim the water broke down instantly because it is no longer on the slide.
That is pure BS, as the water didn't break down at all. Instead it kept going down the slide, and finished at the bottom.
Once the water is going down the slide, it doesn't need more to keep going.
Just like once light is traversing the vacuum, it doesn't need more energy to keep going. Instead you just need to use more energy to replace the light.
Now as to range of light, I was able to brighten my palm by placing it ahead of the Kindle. When I put it above the Kindle, it got dark again immediately.
And this has nothing to do with range, and instead is you blocking the light.
I was also able to move my hand far enough away from the Kindle to not appear illuminated.
And did you actually check to see with the kindle on and off, but without you directly seeing it?
But more importantly for the discussion, were you able to place your hand somewhere where you can see it illuminated, but you can't the light directly from the kindle screen, without anything blocking the screen? No. Because the direct light from the kindle is brighter than the indirect light via your hand.
Yes, light has a range limit, especially the weakass light of a Kindle on low light settings.
That is not a range limit. That is just the light spreading out and blending into the background.
If it was actually a magical limit like you pretend, then it shouldn't matter how bright the light is, it should die out.