You can see the prominences at the top and top left disappearing while the very large prominence at the bottom becoming more visible. I have a gif ( inverted image ) clearly showing the Moon's motion during totality here: drive.google.com/file/d/1YLwHhcydSLKAO3udkPehwYBIIxwqCC2m/view Also at 1:21 you can clearly see the motion relative to the prominence. Get some glasses.

@khaled-ahmed29" _if something cover light it would be visible before then it would move slightly not stop , then it shouldn,t show circle of light_ " It's plainly obvious that English is not your native language. Can you revise this into something that's actually coherent? It is the Moon. There are 2 ways to prove it's the Moon too. --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 1: The fact that eclipses are predicted down to the second in time and to the square foot of space. This is done using Kepler/Newton models and even further refined with the Field Equations of General Relativity. Solar and Lunar eclipses have been successfully predictable with 100% accuracy for the last 350 years because of the perfection of mapping out planetary motion. We will know exactly when and where any Solar or Lunar eclipse will occur with 100% accuracy for the next 10,000 years easily. No matter what you believe, you will never escape the power of prediction when measuring the physical world. 2: There are 1000s of amateur astronomers that have taken OVER-exposures of a total eclipse to reveal the Earthshine on the Moon showing a Full Moon, during the New Moon phase. I actually tried to do this during this eclipse, but my camera's ISO at the time was too low so it could not capture enough light even at maximum exposure and I didn't have time to change ISO settings. However I'll leave you with just a few examples out of 1000s of Earthshine Moon images from Total Solar Eclipses here made by amateur astronomers around the world: esplaobs.blogspot.com/2017/08/total-solar-eclipse-earthshine-taken-by.html skyandtelescope.org/online-gallery/2017-eclipse-with-earthshine/ www.telegram.com/story/lifestyle/2020/01/24/looking-up-crescent-and-dark-side-of-moon/1838450007/ www.eclipsechaser.com/eclink/image/total94.htm Heck even a Flerfer accidently debunked himself by taking a high exposure pic of the TSE and showed the Moon. 🤣What a moron! puu.sh/K55dr.jpg --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- So you can just sit on that and spin as far as I'm concerned Charlatan.

If you're referring to the " peek-a-boos " starting at around 0:50 I was playing " cat and mouse " with the eclipse 🤣I took my filter off about 20 seconds too early but it revealed some interesting features and I just couldn't help myself. I took a risk that could have damaged my camera sensor but it survived.

This crazy plane was doing loopdiloops in the shadow epicycle style trying to stay in it 🤣None of us saw it until after the Moon's shadow passed us and we were looking back at it. I didn't realize I'd captured it in the footage until I went through it thoroughly a few days later.

@@kyzercube That's really interesting. I wonder if they were filming what they were doing. Hm....

I didn't include that footage... Idk why. It was a blunder indeed. I did make a complete gif out of the plane including coming out the other side here in my google drive account. Just click the "gifs" folder. It's a flipped image as you can tell, but still really awesome! drive.google.com/drive/folders/1F6k716SoHxMs4B5YnAItCY99_EZ1VPtC?usp=sharing

@@kyzercube Thanks. (I couldn't make googledrive work, but thanks for trying anyway.)

@@G6JPG I'll send you a gif url from my puush account of it. That should work without any trouble: puu.sh/K4LsY.gif Sorry about Drive not working. I sent that first because it has an array of gifs, pics and videos of the event. This puush account gif is a direct url and should work fine.

@@kyzercube Thanks - that worked fine.

I posted complete details of the equipment I used in the real time footage. I admit I was just lazy and didn't post in this video's description. I'll do that now.

The zoom in's were post processing. Everything was recorded via Prime Focus with a 200mm, F/4 reflector telescope attached to a DSLR camera. It was recorded on RAW video setting. I can't remember what that resolution is for the camera but it's very high, close to 8K so I knew I could afford some digital zoom w/o any " blocks " issues.

I can relate completely. Neither of us are professional astronomers that get paid to produce this footage. I make my living as a transmission mechanic. The only reason I was able to push this video this far was software advantages.

Same…

Plenty of time to prepare!

@@kyzercubeyour definitely my new subscriber for today :P

lol yeah, if you watch the non-time lapse footage of totality here you'll see what was going on with the filter 🤣 kzfaq.info/get/bejne/rd6PeJOlsNnKnHU.html I kinda took it off a bit too early and was... in a sense playing " chicken " with the pre-diamond ring phase possibly damaging my camera sensor. It was already revealing prominences and I got way too excited lol My camera is fine though. It survived.

Nice!, that was freaky… I saw the video :)

I never burned my eyes with the Sun. That's what the Moon is for. Also it looks completely different IRL. You get a wide angle view without the camera glare of the wide angle view, hence how you can see the prominences with the naked eye, but a WAV camera can never pick them up. A camera also will not pick up the shadow bands fully.... EVER. A few have gotten small glimpses of them on camera but they do the real deal no justice at all. Ofc there's also the fact that I can't watch this video without me making it first 🤣You're silly.

@@kyzercube explain the people i know who had a ring in their vision for a long period of time (also sorry i wasn't specifically referring to you, i meant just people who stared directly at it)

@@eftscreenshotter8817 I stared directly at it for quite some time when it was eclipsed, hence me in the non-time lapsed video talking to other people about the naked eye visible prominences and the increasing view of the corona expanding as our eyes are adjusting. Video in real time with audio reference here: kzfaq.info/get/bejne/grGekq6hranQmpc.html I've never heard of anyone having a ring in their vision for long periods of time watching a TSE. During totality, it's so dark, you have zero eye squint. You can look at it eyes wide open without any natural " squint " reaction. The corona is no brighter than a soft white house LED light under a lamp shade, and the prominences are no brighter than a candle or cigarette lighter. Do you have links or reference url's about this?

@@kyzercube no I don't, I'm talking about people I know but it's fine. I don't want to argue about it, sorry

I saw it and didn't burn my eyes. I used solar eclipse glasses and when I could not see the light of the sun I knew it was safe to remove them and stare at the eclipse. So much better to see it live. Not even the most elaborate camera can show it the way I saw it.

You caught the black drop effect! Sweet!

@@kyzercube Very nice time lapse from start to finish. I bet you could figure out the timestamp for the points of contact using Stellarium on the PC. In mine I had time and date turned ON for each frame. The kicker for me was the Galaxy S23 Ultra was crashing out of Camera app every couple of frames. Had a Solar Filter taped to the back of the phone so could not capture totality with the phone. Also the tripod was broken, and wobbly causing all the random issues with the phone.

@@Geoffr524 Stellarium is great for a bunch of different things. I use it a lot for satellite tracking like Iridium flares and the ISS along side a secondary telemetry chart, but for solar and lunar eclipses nothing beats the xjubier website data. It's on par with NASA's eclipse site but a little more user friendly with an interactive map. Both are great but I'm quite impressed at the dedication the folks at xjubier put into making this data available with such fine details. xjubier.free.fr/en/site_pages/solar_eclipses/TSE_2024_GoogleMapFull.html

It's in the description 😆

Bruh 💀

@@rangerocket9453 **BRUH WHAT?????**

Can you be a little less vague?... Preferably a LOT less vague?

@@kyzercube probably the 0:50 flashbang

@@knight_owl_2012 I was playing peak-a-boo with the sun using my solar filter 🤣I had taken it off about 20 seconds too early but the affect was so cool I couldn't help myself. Luckily my camera sensor survived.