La serie Sci-Fi MÁS REALISTA de la historia

Breaking down the science of The Expanse, the most realistic sci-fi series ever made. Is the Coriolis effect actually possible on an asteroid like Ceres? How do the Epstein Drive and gravity-via-linear-acceleration actually work? In this video, we explore the real-world physics behind "skyscraper" ships, communication lag across the solar system, and the biology of Belters compared to those born under the gravity of Earth and Mars. Find out why The Expanse is the gold standard for "Hard Sci-Fi" and how it respects the laws of physics—from orbital space battles and mag-boots to the brutal effects of G-pressure on the human body. This is a deep dive into the scientific realism of James S.A. Corey’s masterpiece. In this video, you’ll learn: • The physics of the Coriolis effect in deep space. • Artificial gravity vs. constant acceleration. • Realism in space combat and ballistics. • Biological differences between Earthers, Martians, and Belters. • The socio-politics of Earth, Mars, and the OPA. #TheExpanse #SciFi #Cosmonautum #SpacePhysics #Astronomy #ScientificRealism #HardSciFi #PrimeVideo #TVSeries #Space Video Timestamps: 0:00 Intro 1:48 The Origins of The Expanse 4:38 The Physics of The Expanse 7:28 Comms and Terminals in The Expanse 9:42 Spaceships and Gravity 13:36 The Science of Warfare 15:42 The Epstein Drive and the Protomolecule 17:26 The "Engineering" of Society in The Expanse