Diving into the Curve: My Globe Evidence - Part 2 (Glorious Earth Curve) @heathcarmody2867

Heath Carmody | Diving into the Curve: My Globe Evidence - Part 2 (Glorious Earth Curve) @heathcarmody2867 | Uploaded June 2023 | Updated October 2024, 22 hours ago.
This is a long video of real time Earth curve footage, some set to music. There are many subtitles as well as me mumbling into the camera. Most will not fully appreciate what I have put together here, but I can assure you this is some of the best evidence for the globe that I have presented to date. I tried to make my evidence better by talking about potentially finding horizontal within the image, to show that the mirage (and obstruction from Earth curve) is indeed happening below horizontal.

When there's an inferior mirage limiting our view of some of the water (only the water), there is also sometimes obstruction at the fold line/assumed horizon-ish area. When the target appears to be far enough away for it to be calculated to be obstructed on a globe, we can safely assume that the obstruction is due to Earth curve. I mean, what else could it be? Upward refraction on a flat plane? Impossible. Upward refraction cannot obstruct things that are already behind Earth curve, unless they are obstructed more than they should be.

$Diving into the Curve: My Globe Evidence - Part 2 (Glorious Earth Curve) This is a long video of real time Earth curve footage, some set to music. There are many subtitles as well as me mumbling into the camera. Most will not fully appreciate what I have put together here, but I can assure you this is some of the best evidence for the globe that I have presented to date. I tried to make my evidence better by talking about potentially finding horizontal within the image, to show that the mirage (and obstruction from Earth curve) is indeed happening below horizontal. When theres an inferior mirage limiting our view of some of the water (only the water), there is also sometimes obstruction at the fold line/assumed horizon-ish area. When the target appears to be far enough away for it to be calculated to be obstructed on a globe, we can safely assume that the obstruction is due to Earth curve. I mean, what else could it be? Upward refraction on a flat plane? Impossible. Upward refraction cannot obstruct things that are already behind Earth curve, unless they are obstructed more than they should be.$

Opportunistic Observation (Windy Lake Time Lapse with Music)

$Hand Drawn Refraction pt. 4 - Inferior Mirage$ $An Intricate Display of Bendy Light (20 minutes of raw mirage footage) From observation #4, March 22, 2023. Shelter Bay Ferry (again). As much as I love time lapse, sometimes the real-time refraction effects are good enough that they dont need to be sped up to show the dramatic changes. I picked one 20 minute segment out of over 6 hours of recording on this day, to present raw and without any context, comparison, analysis or music. Hopefully, it is interesting enough on its own. If enough people like this Ill start doing the same for each observation. This was after after a long period of strong inferior mirage, but a somewhat unique transition where the higher areas seemed to stretch before the entire water surface and land became visible. After this point, refraction went kind of crazy (again) and I captured a ton of good footage from 3 cameras. Even though this was similar effects as my last 2 observations, there is always something unique and interesting about each day, and more to learn (and to try to remember), as long as I can stay long enough to capture it. Camera had a few issues. Theres some strong but gradual vertical drift which I like to blame on the tripod, but since there was no wind whatsoever and very strong local refraction, Im not so sure. I was away from the camera the entire time too. Why did it move and reset back gradually like that? Either way, its a poor segment to do any real analysis on, but still worth looking at closer. Also, it had trouble focusing a few times and I realized after that the motion stabilizer was on, not full but on basic. I try to keep it off for tripod recording. If you want to know anything about this observation please ask or check out my last few videos with some basic info on the location. I will be making more videos of this observation soon. Still working on a long video from observation #3 and more stuff from all 4 days and counting..$

Observation #7 - Estimating Vertical Displacement

2022 Observation #1!! Time Lapse at Arrow Lakes (Shelter Bay Ferry) March 20th

2021 Observation Highlights - 11 Ferry Passes from 11 km

$Draw Your Own.. ..horizon? Or conclusion? Or both? Or neither? This video makes no claims about the shape of the Earth. Footage from 12 km point observation #8. Im hoping some will pick up on the more subtle thing(s) happening in this video and how it relates to my last video. The more complete low camera time lapse footage in this video can be found here: When is it the Least Refracted? https://youtu.be/thHRAKQ8TG8$

$Strange Slow Refraction (watch in 4K)$

Another 5 Hours at the Lake - 4K time lapse

$10 Ferry Passes Swanalyzed (From Test #4) More from 12 km point observation #7. Using the second camera as an angular size and height reference, I was able to fairly accurately compare 10 different ferry passes over a 6 hour observation. For this video I am only comparing the physical (geometric) globe model, although the flat refraction requirements are shown (flat ray radius). Since we can calculate the geometric globe horizon location and place it within the image, we can compare both the apparent horizon and the apparent height of the 11 meter point on the ferry vs. the geometric globe horizon calculation. This analysis being fair relies on a few imprecise measurements that may introduce mild inaccuracies to the results. Im working on a video that will show how I came up with these numbers, and how I can double check everything again now and/or next season. These first tests were mostly to see what kind of useful data can be gathered using the two camera setup. Improvements to accuracy and presentation of the results will come with future tests and analysis.$