Flat Earth Science Podcast Episode 3: Austin and Jeran confirm the 24hr Sun in Antartica!

The movie and book cover the same story of the science and math behind this adventure and led us to verifying the accuracy of the Flat Earth model. It’s not just a documentary of this trip, but a look into why the Flat Earth model requires a 24hr Sun in Antarctica and how we can utilize existing models such as the Firmament Trackers Flat Earth App to show how this works and follow along with the Glerfs on Ice in real...

Glerfs on Ice: The Movie (The Final Experiment)

Follow along at @import url("https://assets.mlcdn.com/fonts.css?version=1733739"); /* LOADER */ .ml-form-embedSubmitLoad { display: inline-block; width: 20px; height: 20px; } .g-recaptcha { transform: scale(1); -webkit-transform: scale(1); transform-origin: 0 0; -webkit-transform-origin: 0 0; height: ; } .sr-only { position: absolute; width: 1px; height: 1px; padding: 0; margin: -1px; overflow: hidden; clip: rect(0,0,0,0); border: 0; }...

Flat Earth University President’s Personal Welcome to Students

Enroll for free FE101: Introduction to Flat FE102: Tracking the PM101: Introduction to Plasma Moon PM201: Mathematics of the Plasma FE200: Celestial Navigation on Flat FE100: Flat Earth Kids Homeschool (8-12)https://students.flatearth.university/courses/fe100 IB200: Global Business Strategies and International Wealth CS101: Introduction to Frontend CS102: Introduction to Backend CS103: Introduction to Android...

Flat Earth University Courses

Enroll for Free into the Flat Earth University and become empowered with all this knowledge about how the world really works FE101: Introduction to Flat FE102: Tracking the PM101: Introduction to Plasma Moon PM201: Mathematics of the Plasma FE200: Celestial Navigation on Flat FE100: Flat Earth Kids Homeschool (8-12)https://students.flatearth.university/courses/fe100 IB200: Global Business Strategies and International Wealth CS101: Introduction...

MCToon Sextant Challenge Attempt 1

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...