

When Exactly Will the Eclipse Happen? A Multimillennium Tale of Computation
Apr 8, 2024
Exploring the historical accuracy of eclipse predictions, from ancient Babylonian astronomy to modern computational techniques. Delving into the complexities of celestial mechanics, precision timing of eclipses, and the geometric nature of solar eclipses. Discussing the shift to mathematical precision in understanding celestial phenomena and the advantages of analog computation for calculations. Sharing personal eclipse experiences and recommendations for optimal viewing locations.
Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13
Introduction
00:00 • 3min
Unveiling the Mystique of Solar Eclipses
02:48 • 12min
Ancient Babylonian Astronomy: Predicting Celestial Events
14:48 • 21min
Deciphering the Three-Body Problem in Celestial Mechanics
35:27 • 12min
Computational Irreducibility and Celestial Mechanics
47:28 • 20min
Exploring the Complex Geometric Nature of Solar Eclipses and Their Trajectory on Earth
01:07:28 • 3min
Precision Timing of Eclipses and Leap Seconds in Astronomy
01:10:27 • 16min
Jupiter's Celestial Positions and Astronomical Computations
01:26:05 • 26min
Ancient Philosophers, Babylonian Astronomy, and the Shift to Mathematical Precision
01:52:19 • 6min
Exploring Moon and Sun Size Calculations and Analog Computation Benefits
01:58:12 • 3min
Exploring Analog Computation for Celestial Mechanics and Sensitivity to Initial Conditions
02:01:06 • 4min
Geometrical Complexity of Solar Eclipses
02:05:05 • 14min
Exploring Ultraviolet Photons, Cloud Cover Correlation, and Eclipse Experiences
02:18:40 • 4min