Solar photography destroys Flat Earth?

Summary

In this video, the creator discusses their recent trip to Antarctica as part of an experiment to challenge flat Earth theories using the phenomenon of the 24-hour sun. The experiment involved various measurements and techniques, including solar photography with a custom setup. The time-lapse of the Sun’s path over more than 24 hours revealed consistent sunspot patterns, contradicting flat Earth claims. The creator also shared collaboration with viewers who captured sunspot photos from different locations. The video emphasizes the compelling evidence supporting a round Earth and debunks flat Earth misconceptions.

Takeaways

• 😀 The video showcases an experiment conducted in Antarctica to disprove the flat Earth theory by documenting the 24-hour sun phenomenon.
• 😀 The experiment involved measuring distances between lines of longitude, testing shadow lengths, and capturing solar photos using an equatorial mount.
• 😀 Aligning the equatorial mount during the day proved difficult, but with trial and error, the setup was successfully completed after a few hours.
• 😀 The presenter spent 47 hours awake in constant daylight, capturing solar photos while manually adjusting the camera to keep the sun in frame.
• 😀 The camera setup used was a Sony A73 with a Tamron 150-500mm lens, capturing over 1,200 photos of the sun over 24 hours.
• 😀 The time lapse of these photos shows that the sun's angular size remains constant throughout the 24-hour period, debunking flat Earth claims of a varying sun size.
• 😀 Sunspot patterns observed in the time-lapse are consistent, with the sunspots remaining in the same relative position across different observations.
• 😀 Photos of sunspots taken by viewers from various locations, including North America and Tasmania, show sunspots in rotated positions, suggesting a spherical Earth.
• 😀 Flat Earthers’ claims of reflections or mirrored sunspots are refuted by the consistent 180-degree rotation of the sunspots in photos taken from different locations.
• 😀 The video encourages viewers to send in sunspot photos, resulting in a global collaboration to gather evidence against the flat Earth theory.
• 😀 The presenter refutes the idea of a flat Earth by highlighting the inconsistencies in sunspot positions and providing evidence that supports the globe model.

Q & A

What experiment was conducted during the trip to Antarctica?

The experiment involved capturing solar photos to observe the sun’s behavior during 24 hours of continuous daylight, along with additional measurements like distances between lines of longitude and shadow lengths at Union Glacier.

How was the equatorial mount used for solar photography aligned during the daytime in Antarctica?

The mount was aligned by trial and error. First, the direction of due south was determined using GPS coordinates. Then, the elevation was adjusted to match the latitude of Antarctica (79°), and continuous adjustments were made by checking the sun’s position in the camera's viewfinder.

Why did the person stay awake for 47 hours without sleep during the experiment?

The person stayed awake to constantly monitor the camera and ensure the sun stayed in the frame, as any drift of the sun out of the frame would end the experiment. The person couldn’t risk sleeping for too long because of the constant daylight and the delicate camera setup.

What role did internet access play during the trip to Antarctica?

Internet access, provided through Starlink, helped the person stay connected with family, access comments from viewers, and even keep up with online activities like using Brilliant.org to maintain a consecutive streak.

How did the person handle potential issues with the 360 cameras set up during the alignment of the equatorial mount?

Initially, the 360 camera was placed too close to the EQ mount, which raised concerns about obstruction. The setup was adjusted by moving the 360 camera slightly further apart to ensure clear views of the sun and prevent any interference.

What explanation was provided for the sun moving down the side of the camera lens during the time lapse?

The sun moving down the side of the camera lens was due to the equatorial mount reversing direction, possibly because of a safety feature or resistance from a tight cable, not due to any technical failure or manipulation.

What did the time lapse of the sun’s movement over 24 hours demonstrate?

The time lapse confirmed that the sun's angular size remained constant throughout the day, supporting the idea that the sun is far away, rather than moving locally or circling a flat Earth. It also showed the sun’s position and movement consistent with a spherical Earth model.

How were sunspot observations used to further verify the experiment’s validity?

Sunspot patterns were compared across various locations, with sunspots consistently forming a triangle. The observations showed that the position of the sunspots rotated based on the observer’s location, which further supports the spherical Earth model.

What was the significance of sunspot comparisons from different locations like Antarctica, North America, and Tasmania?

The sunspot comparisons showed a 180° rotation of the same sunspots from different geographic locations, proving that the sun's position and appearance from various points on Earth could not be explained by a flat Earth model.

How did the use of Brilliant.org help the person stay alert during the 47-hour period?

Using Brilliant.org for learning math and solving problems helped the person stay mentally engaged and alert during the long stretch without sleep, as it provided a productive distraction and a way to maintain focus.