Nearly two of every three of the galaxies revealed in a new survey appear to be revolving around the same axis as the Milky Way galaxy. This stunning asymmetry flies in the face of the old-fashioned cosmological suggestion that the universe must appear the same everywhere on suitably large scales. Could this stunning new delicacy be suggesting that the universe at large is revolving or even that we are surrounded by a colossal black hole? Such stimulating concepts, as speculative as they are, have once again set to resturing the waters of discussion concerning the nature and past of the universe, postulating the such as dark energy and the Big Bang. The study, undertaken by Kansas State University’s Lior Shamir and published in the highly acclaimed Monthly Notices of the Royal Astronomical Society, analyzed spiral galaxies captured by the James Webb Space Telescope (JWST).
In Shamir’s study, as many as 50% more galaxies turn clockwise than counterclockwise, a disparity plain to the naked eye of amateur viewers poring over the thumbnails. Asymmetry, he argues, may be evidence that the universe turns or that ours exists within one wrapped black hole. Shamir explained, “The JWST provided deep images of the very early universe, but instead of showing an infant early universe…it showed large and mature galaxies.” The study also revives the century-old dormant “tired light” theory, which posits that photons lose energy during space travel, and would skew our knowledge of cosmic distance and timelines. Read more about Shamir’s report. The rotating universe is not a new concept.
Mathematician Kurt Gödel, in 1949, formulated a theory for a rotating universe out of Einstein’s general theory of relativity. Gödel’s solution contained closed timelike curves paths through spacetime that form loops upon themselves and thus potentially enabled time travel. Gödel argued that the existence of such curves rendered causality theory meaningless and proved Einstein’s theory flawed. Gödel’s rotating universe was hypothetical and is not compatible with observation, but it demonstrated general relativity allows such events. Gödel’s Universe remains contentious regarding the nature of space and time. Explain Gödel’s Universe model. Speculation that the universe is contained within a black hole stems from suggestive analogy between black holes and cosmological events.
Black holes possess singularities regions of infinite density and event horizons, beyond which light cannot escape. Similarly, the Big Bang singularity is where the universe originated and the cosmological horizon is the observable universe marking the finite speed of light and expansion of the cosmos. But they are actual distinctions. Whereas singularities in black holes are regions in space in which matter moves towards, the Big Bang singularity is behind us and the universe is being expanded, not collapsed. Mathematical generalizations of general relativity, such as Einstein-Cartan theory, also suggest that black holes can avoid singularities by forming tunnels to “white holes,” regions that expel matter rather than absorbing it. Some have theorized our universe is expanding as a static black hole universe, though to date this remains speculation. Study Big Bang and black hole relations. While such tempting theories are proposed, proof of a spinning universe and what holds itself within a black hole remains far from conclusive.
Shamir’s study comprised only 263 galaxies and as such also lies open to the charge of statistics and concerns over methodological purity. Previous experiments carried out over bigger samples like Dark Energy Spectroscopic Instrument (DESI) and Euclid surveys have also observed no such rotation asymmetries. Moreover, cosmology tests of the cosmic microwave background radiation (CMB) indicate no hint of any rotation on large scales, indicating that if the universe is rotating, it would be doing so at an unimaginably tiny speed less than 10^-17 degrees per century. The possibility of black holes producing universes has intrigued physicists.
Roger Penrose’s Conformal Cyclic Cosmology (CCC) proposes that our universe is just one of countless universes and that black holes are the cosmic transition. Penrose’s predictions, such as the existence of “Hawking points” in the CMB, have yet to be definitively verified by observation. While tasty speculation like CCC and black hole cosmology offer mouthwatering possibilities, they have no characteristic predictions that can be used to contrast them with the orthodox inflationary Big Bang theory. These theories are therefore a warning against never supposing and other cosmological models to recall.
As Shamir continued to explain, “If the Big Bang happened as scientists initially believed, these galaxies are older than the universe itself.” These inconsistencies undermine our cosmic expansion theory and time itself, so scientists have been looking for alternative explanations. Whether the universe revolves or is inside a black hole, asking questions leads us beyond the boundaries of acceptable human knowledge, pushing us to recreate our position in the universe.
