![]() We can observe the result of the simulation matches perfectly with all the pictures and video published by Soundly. The application simulates the curvature of the Earth using the real size of the Earth, and at the same time compares it to the hypothetical flat model. We can verify this by using the Transmission Line demonstration of Walter Bislin’s Curvature App. “The Picture Doesn’t Show The Correct Amount of Curvature!” It is not realistic to observe curvature on such small distance. After cropped 1:1, then the horizontal distance in the image is only about 1 km (0.62 mi). Soundly’s picture has an aspect ratio of 3:2. From these values, we can calculate the horizontal field of view is about 4.3°.Īssuming the distance to the horizon is 20 km (the distance to the last tower is more than 24 km), then we can calculate the horizontal distance in the photo = 20 km × sin 4.3° = ☑.5 km. He took the picture using 300mm focal length. If we can observe the curvature, why can’t we see the curvature horizontally? To get an answer to that question, let’s first calculate the horizontal distance in the picture.Īccording to EXIF metadata, Soundly used the 75-300mm lens on a Canon 1300D camera body. “But There’s No Apparent Horizontal Curvature!” ![]() In reality, the distance between towers is about 287 m (314 yds). The glasses here are in the same size and were not moved during picture-taking. As the focal length becomes longer, the objects appear more similar in size and look more closely together. The following is a demonstration of the telephoto compression effect. As a comparison, our eyes have a horizontal field of view of about 55°. Using these variables, we can calculate that the horizontal field of view is about 4.3°. And thus, the lens is equivalent to 480mm lens on a 35mm camera. Soundly took the picture using a Canon 75-300mm lens on a Canon 1300D camera. And they will also seem to be more similar in size. The longer the focal length of the lens, the closer the objects appear to each other. The towers appear close to each other due to the telephoto compression effect. “The Towers Are Too Close to Each Other!” Anyone is free to visit the place and verify the facts themselves. In the end, the information is verifiable and falsifiable. To anticipate this, he did everything live on YouTube, from taking the pictures to uploading them to the Internet. Soundly himself expected resistance from some unscrupulous third party who will accuse him of doing bad things. ![]() It is going to be a massive undertaking to fake this picture. If someone wants to fake a CR2 file, they need to create their own software. There is no off the shelf software who can output a CR2 file. He also provides its RAW file in Canon CR2 format: IMG_4118.CR2. We took the picture from Soundly’s collection ( Google Drive). The fact that the towers are in straight lines can be verified using Google Earth.Īnyone can do a Google search using the keywords “lake pontchartrain power lines”, and it is easy to see similar pictures taken by different people, over different time.But in reality, the photos show the same curvature. If they are not straight, it will be very apparent from the pictures. Soundly did observations from both sides.Unfortunately, he never took down his erroneous video, and his YouTube video is still actively misleading innocent viewers to this day. An unscrupulous flat-Earther on YouTube did a so-called ‘analysis’ on a different set of towers, which are not straight and cover a lot less distance.There are some objections in the community of flat-Earth victims. “There’s a scene showing a hot, flat road showing mirrored images above it!”.“There is a video showing the same scene, but the curvature is not there!”.“The Picture Doesn’t Show The Correct Amount of Curvature!”. ![]() ![]() “But There’s No Apparent Horizontal Curvature!”.“The Towers Are Too Close to Each Other!”. ![]()
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