The flat earth model has long been a subject of debate among individuals, with one primary concern being that the sun would never set in this model, remaining visible 24 hours a day. However, a group of researchers claims to have addressed this issue, arguing that the flat earth model makes more sense than ever before. In this article, we will explore the researchers’ explanation of the flat earth model and the crucial role the atmosphere plays in altering our perspective.
Understanding the Flat Earth Model
The flat earth model posits that the earth is flat instead of a sphere. One of the primary objections to this model is that the sun would never set, being visible 24 hours a day. This problem has been one of the main reasons people dismiss the flat earth model. Scientists have frequently countered the model with a simple question: How to do sunrise and sunset function within the flat earth model? Flat earth proponents often cite “perspective” as the explanation, but scientists argue that perspective alone cannot account for this phenomenon.
The Research Team’s Endeavor
A research team, consisting of Steve Torrence, Dr. Zack, and Sandor Szekely (also known as Da Man), claims to have resolved the issue with the flat earth model. The team spent over 15 months working on the problem and believes they have discovered the solution.
The Role of the Atmosphere
The researchers contend that the atmosphere is the missing piece of the puzzle. Examining most flat earth animations, the atmosphere is consistently absent. It is akin to depicting the flat earth in a vacuum of space, which is why the sun never sets in the model. The atmosphere is crucial in determining how we perceive the sun, and without it, the flat earth model falls short.
Incorporating the Atmosphere
Incorporating the atmosphere into the flat earth model proved challenging for the team. They needed to add the atmosphere to Steve’s model but were uncertain how to achieve this. By chance, Steve discovered that his program could accurately model the atmosphere. He obtained data from the internet and constructed all the layers of the atmosphere, at which point everything began to make sense.
The Impact of Atmospheric Lensing
With the addition of the atmosphere to Steve’s model, the sun started to rise and set, mirroring reality more closely than the globe model. The team asserts that the atmosphere is a vital factor that cannot be ignored. It is like observing the sun with glasses on – the atmosphere functions as a lens without a cover. As humans, our perception is akin to that of fish in the sea, and the atmosphere can drastically alter our view of the sun.
The Implications of Atmospheric Lensing on the Flat Earth Model
Understanding the role of the atmosphere in the flat earth model provides new insights into how the sun’s path is perceived on a flat plane. By incorporating the atmospheric lensing effect, the flat earth model starts to make more sense, offering a viable alternative to the traditional globe model.
Further Exploration of the Flat Earth Model and Atmospheric Lensing
The research team’s findings open up new avenues for further study of the flat earth model and the role of the atmosphere in shaping our perception of the sun. As more researchers investigate these ideas, additional insights may come to light, expanding our understanding of the earth’s true shape and the factors influencing our perception of the sun’s path.
The Video: Delving Deeper into Atmospheric Lensing and the Flat Earth Model
The accompanying video offers a comprehensive look at the flat earth model, atmospheric lensing, and the researchers’ explanation of the sun’s path. This visual exploration presents a unique perspective on this captivating subject and helps viewers better understand the researchers’ approach to solving the issue of the sun’s path in the flat earth model.
Watching the video is essential for gaining a thorough understanding of the flat earth model and how the atmosphere’s lensing effect can change everything. The video includes detailed explanations, animations, and demonstrations to illustrate the researchers’ findings, helping viewers appreciate the complexities of this intriguing topic.
By immersing yourself in the video and exploring the atmospheric lensing effect on the flat earth model, you may gain valuable insights that will broaden your understanding of the subject. This exploration could lead to new questions and inspire further investigation into the flat earth model, the atmosphere’s impact, and the world around us.
In Conclusion
In conclusion, the flat earth model has long been a subject of debate due to concerns about the sun’s path and visibility. However, a group of researchers claims to have addressed this problem by incorporating the atmosphere into their model. The atmosphere plays a crucial role in altering our perception of the sun, making the flat earth model more viable than ever before.
By adding the atmosphere to their model, the researchers found that the sun’s path started to align more closely with reality, surpassing the globe model in some aspects. The atmosphere’s lensing effect is an essential factor to consider, as it can significantly alter our perception of the sun’s path. Understanding the flat earth model and the atmosphere’s role in shaping our world can lead to exciting new insights and discoveries.
