Скачать или смотреть The Universe Is Spinning: JWST Discovers Galaxies Rotating in One Direction

The James Webb Space Telescope has discovered something that shouldn't exist: galaxies in the early universe show a clear preference for spinning in one direction. In one of the deepest surveys ever conducted, 60% of ancient galaxies rotate the same way, a pattern that violates the cosmological principle that has guided astronomy for a century.

This discovery challenges our fundamental understanding of the universe. According to standard cosmology, galaxy rotation should be completely random, with equal numbers spinning clockwise and counterclockwise. But JWST's observations of the GOODS-S field reveal an undeniable asymmetry that becomes stronger the farther back in time we look.

What could cause the universe to have a preferred direction? One radical explanation aligns perfectly with these observations: we might be living inside a massive black hole. This isn't science fiction, it's a serious theoretical framework called black hole cosmology, supported by the Einstein-Cartan theory of gravity.

When matter collapses to form a black hole in a parent universe, instead of crushing to infinite density, it might bounce and expand, creating a new universe inside the event horizon. If the collapsing matter was rotating, that rotation would imprint itself on the newborn universe, causing galaxies to preferentially spin in alignment with a cosmic axis.

This video explores the JWST discovery, examines the evidence from multiple telescope surveys, explains the physics behind black hole cosmology, and investigates whether this revolutionary idea could solve some of the biggest mysteries in modern physics. The implications are staggering: our universe might be just one in an endless hierarchy of universes, each born inside black holes, each potentially creating more universes within its own black holes.

The data is compelling, the theory is testable, and the stakes couldn't be higher for our understanding of reality itself.