Our recent submission to the MCToon Sextant Challenge has successfully demonstrated a three-star fix algorithm based on Flat Earth geometry, with the final location of latitude 30 and longitude -50 confirming its precision. By using celestial data from an almanac and a brute-force computational approach, the algorithm accurately calculates the observer’s position based solely on the angle of elevation of stars, without requiring spherical...
At the moment it does not seem possible to locate the position at all. At best we could get a lock onto two stars only of the three. However, I am now curious of the final answer so we can verify it is possible. You can read the official challenge information here This is the geometry we need to manipulate Are the angles needed even possible? This is double match location 1 where Dubhe and Arcturus are locked on This is double match location 2...
We agree with the results of experiments that seem to disprove the rigid aether model but interpret them as evidence for a fluid aether, which behaves differently. This fluid aether can be influenced or entrained by the motion of large objects like the Earth, explaining why many experiments failed to detect it in the manner expected by earlier rigid aether models. Thus, we propose that a dynamic, fluid aether offers a more accurate...
A compass works on Flat Earth using a radial magnetic field with where there are infinite south poles. A compass works on the globe theory using a dipole magnetic field with two poles.
When a person or object moves further away from an observer, it eventually disappears from sight. This disappearance can happen for two primary reasons: Option 1) Angular Resolution and Perspective:In this situation, the ground is effectively "brought" to your eye level as the object moves away. The person or object appears smaller with distance until it vanishes due to the angular resolution limit of the human eye. The angular resolution limit...
The Lorentz-Latitude Hypothesis for the Gleason Map describes the physical contractions relative to us as we travel through the aether. Lorentz Ether Theory interprets the observed effects, such as time dilation and length contraction, as changes in the physical world rather than as changes in the perception of time and space as in Einstein's theory of relativity. Special relativity uses the Lorentz transformations to make all of its...
The Haversine formula is widely accepted as a method for calculating the shortest distance between two points on a sphere. However, the essential mechanics of the formula do not necessarily rely on a spherical Earth. In fact, it can be argued that the formula is inherently a Flat Earth formula that has been cleverly masked to fit within the framework of a spherical model. At its core, the Haversine formula deals with angular distances between...
The Sun’s movement plays a crucial role in explaining the changing seasons and the length of days and nights. Using the Firmament Trackers Flat Earth App, we can visualize how the Sun travels between the Tropic of Cancer and the Tropic of Capricorn over the course of the year. Summer Solstice (June 21st): The Sun is closest to the Tropic of Cancer, circling near the center of our Flat Earth. This proximity brings summer to the Northern...
https://model.flatearth.university/celestialsphere We have a 30min video going over how to use this model "Flat Earth Science: 30min lecture by Dr Steven Alonzo"