yea i agree

ooh mine too got a little nauseous on this for a moment

I urge you to go research it as it’s easy to find. Or check out Doctor Janine - there are numerous studies on this

And ps. Stay away from artificial sunblocks. The sun is essential for your health. Just slowly adjust your tolerance. Even the sun hitting your retina is good at sunset. Check out Huberman Lab about this

It’s not meant to be loud. Put earphones on as it’s doesn’t work without 2 speakers

I appreciate that 😊👍🏽

Amazing. Didnt know that!

How does the atmosphere magnify objects? Wouldn't you need a circular lens? So what happens when we have something like the black swan? What conditions were needed to counteract this effect?

so your explanation is flattard gibberish.

So *sometimes* you can see the sun set and *sometime* you can see the sun go away without setting..... And Mark just happened to film the first form, right? So that part of your claim has been caught on camera. Well, it's up to you now to provide *honest* footage of the other form that you claim. I bet you won't because you can't.

@@hellomike but you need to explain how it sets. That doesn't help your claim. Haze and clouds aren't the issue. The fact that we see the sun set, is the issue.

@@aznmutt15 You are barking up the wrong tree. I had additional education than kindergarden and I'm *not* a flerf

so its the angular resolution limit 🤔but it doesnt get any smaller as it moves further away so unless you are saying that the bottom shrinks into basically nothing right at the horizon for an unknown reason or anything, also if things aint going past the Horizon and just having this angular resolution limit then why is it that you can zoom in on something 50 times and still not be able to bring the bottom of the thing back into view 🤔how much zoom do i need 🤔maybe 100 times or 200 times

Looks like you can't explain it. The resolution of a camera doesn't change if you move it upwards. It's the amount of pixels. Angular resolution is the amount of pixels that fall within a specified view angle. Like 1 degree represents 100 lines, vertically or horizontally. The angular resolution of a camera is constant.

@@manuell3505 Do binoculars view using pixels? Pixels relates to digital resolution detail.

@@billbobhere As something travels away into a gas medium it will eventually disappear from view due to the atmospheric opacity. It also does this in water too, and much of our atmosphere is water. As for the size, the apparent size of the sun does observably change, just as the moon does, but some who reject heliocentrism don't think the sun and moon are physical in nature, but an electro-magnetic/frequency/vibration energy phenomenon like sonoluminescence interacting in a torus field.

@@Semper_Fish Resolution means the amount of pixels/dots, dumbass. Like your monitor, camera or printer. Your "angular resolution" argument in context of this video is fully made up. It doesn't mean anything.

And how does that possibly work?

Ohhh so you mean waves can hide 60 feet of something or 100 feet of something and more when they are only 2-3 feet high that is amazing, considering you can zoom in on things that are being hidden and not see these waves and the objects are still being hidden and the videos with the 1/2 sun did any one of those videos that you can site use a solar filter to remove the glare from the sun or not, because i bet they didnt

@@billbobhere A Quarter held at arms length can hide the friggin SUN! When I’m at a stop light on a hill, my mirrors can hide a semi-truck 😬

​@swampboy34 yeah, that is only when the quarter is between you and the sun. An object below the elevation of the observer and the sun cam never come in between the two. Stand that quarter on a flat surface, have the camera above the top of the quarter. Stick a dollar on the opposite end. Demonstrate the point which the quarter blocks the top of that dollar.

@@aznmutt15 Stating to do this on a “flat surface” tells me you do not understand the difference between looking over a flat surface (table) and looking over a surface with obstructions protruding from the ground (water, corn fields, crowds of people) In all cases you raise your height from the ground which opens your field of view and you see further. As you lower the camera or the observer heights, those obstructions in the distance will blur together and help create a false horizon. Absolutely nobody has ever claimed we live on a table or flat surface with zero obstructions. Try putting some indoor/outdoor grass on your table, make it 50ft long, and have the camera/observation height scaled appropriately as if you were looking from a shoreline. Then tell me what you see.

så skønt et sted :-)