Your gateway to understanding the flat earth theory and how it compares to established science. Explore interactive models, real-world experiments, and clear explanations designed for curious minds.
Flat Earth Explained was created to provide a balanced platform where flat earth concepts are presented in full, then rigorously tested against scientific principles. Whether you're skeptical, a believer, or simply curious, you'll find resources to conduct your own experiments and understand the evidence.
Key Sections:
The globe model represents Earth as a sphere, supported by centuries of astronomical, navigational, and physical evidence. It explains phenomena such as time zones, the Coriolis effect, satellite orbits, and the consistent shape of Earth's shadow during lunar eclipses. The model accurately predicts the positions of stars, the Sun, and the Moon from any location on Earth, and is the foundation for modern GPS and global communication systems.
The flat earth model depicts Earth as a flat disc, often with the North Pole at the center and a surrounding ice wall. Proponents claim this model explains certain visual perspectives and horizon effects. However, it struggles to account for phenomena like circumnavigation, the Coriolis effect, and the behavior of satellites. Most scientific evidence does not support the flat earth model, but it remains a topic of discussion and curiosity for some.
| Phenomenon / Evidence | Globe Earth Model | Flat Earth Model |
|---|---|---|
| Satellite Orbits | Satellites orbit the globe, enabling GPS, weather, and communications. Orbits are predicted and tracked globally. | No working flat earth satellite model; orbits and global coverage unexplained. |
| Time Zones | Time zones result from Earth's rotation and curvature, matching observed sunrise/sunset times worldwide. | Flat earth struggles to explain time zones and consistent daylight patterns. |
| Gravity | Gravity pulls toward Earth's center, explaining weight, tides, and atmospheric retention. | Flat earth models often lack a consistent explanation for gravity. |
| Airplane Flight Paths | Flight paths and distances match globe predictions; shortest routes are great circles. | Flat earth maps distort distances; flight times and routes do not match predictions. |
| Lunar Eclipses | Earth's round shadow on the Moon during eclipses proves a spherical Earth. | No flat earth explanation for the round shadow during lunar eclipses. |
| Star Constellations | Different constellations are visible from different latitudes, matching a globe. | Flat earth cannot explain the change in visible constellations with latitude. |
| Direct Scientific Support | Supported by centuries of measurements, experiments, and global navigation. | No direct scientific evidence supports a flat earth; claims are anecdotal or based on misinterpretations. |