Because you aren't being clear at all as to how you think light works

It proves whoever wrote on his tombstone believed in the firmament

Kevin, that's quite a jump compared to testing and evidence

That in no way can be extrapolated to prove the FE

Straight forward question, does the simulation I just provided show how you think two beams of light should look as they pass over each other?

Its not about the bible. Its about the description given

you have a NASA rocket scientist who helped create NASA, ( founding father) who puts that on his tombstone, you think he was clued into something you aren't?

For you maybe

Or me.

You brought it up

^

@Citizen Z Straight forward question, does the simulation I just provided show how you think two beams of light should look as they pass over each other?

If not, what about it is not as you expect?

When an object hits .02 degrees angular resolution in the eye its no longer resolvable

It will become a line. All blended up

.... Why ask someone to model light for you if you're not even going to answer whether or not the model they make is as you think it should be?

Why are you guys so dense?

no need for insults

Ill insult whoever i wish. You guys are trolls

Sorry

I'm just reading now

You ask someone to simulate light for you.

I do so, as I think you think it should be modelled, and you refuse to answer even the simplest of questions... And I'm trolling?

Here to defend a mathematical construct by any means necessary. Invoking magicical theories based on assumptions and imagination

What experiment

Citizen, please.... Moist makes a good point. I tried doing something similar with my simulation

but I was called a troll because I was asking specifics

Your simulation is ridiculous

light diffuses, so airy disk is the max limit you can see with the best telescope.

Cool! Finally addressing the point. Could you please answer why?

Binoculars capture more light

The airy disk has nothing to do with diffusion

They don't see farther

They capture more light

https://en.wikipedia.org/wiki/Airy_disk An optical system in which the resolution is no longer limited by imperfections in the lenses but only by diffraction is said to be diffraction limited.

The light was always there

diffusion is completely distinct from diffraction

just because they start with the same few letters does not make them the same thing

@Moist Mayonnaise they also end with the same letters, explain that globie

oh darn you got me

lmao

<http://www.experts123.com/q/what-is-the-difference-between-diffusion-diffraction-reflection-and-refraction.html>

NASA....