In this episode, we delve into the fascinating and complex world of black holes, focusing on the different types of motion that occur near these enigmatic objects. We explore how radial and tangential motions are treated differently in the Schwarzschild metric, a key concept in understanding the behavior of objects near a black hole's event horizon. Discover the significance of local time flow—referred to as "tau" or wristwatch time—and how it affects acceleration and particle interactions in the intense gravitational fields of black holes. Our discussion takes us through the intricate details of how local experiences and time distortions influence the behavior of objects, leading to profound insights into the nature of space and time. We also touch on the concept of absolute space and relative time, challenging conventional views on black holes and their surrounding environments. Join us as we uncover the nuances of general relativity, Schwarzschild metrics, and the mysteries of time near black holes, all while avoiding the mathematical complexities to focus on the fundamental ideas that shape our understanding of the universe.

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