Little red dot in distant universe
Recent images from JWST have shown up little red dots ,LRD’s, which under the current standard BBT model defIies explanation. In a paper cited in this article a claim is made that these “dots” are avsort of early stage galaxy from the early universe which when redshifted to earth observer’s only show the central core due to a new unpredicted galaxy formation type peculiar only to the fantasy of a Big Bang expanding universe. As seen in Webb images.
However I prefer the possibility that these dots are images of much more distant galaxies in a non expanding non BBT universe, coming from much greater redshifts than JWST’ s limit of z>15. Galaxies whose central core ultraviolet to X-ray part of their electromagnetic emissions have been redshifted to the visible part of the spectra and appear to us as little red dots. This possibility fits the other observation of LRD images which is they appear to have no emission in X-ray. That’s because the x ray part of the distant galaxies emission spectra of these very distant galaxies is now redshifted to ultraviolet and thev UV part of their emission spectra to visible. Appearing in Webb as “little red dots” with no apparent observable X-ray emission. And unusual UV profiles in earth based observations of these LRD’s.
However these purported redshifts attributed to these LRD images are usually only assumed and using these assumptions various data fitting models give an assumed redshift of between z = 4-15. On the face of it this isn’t enough of a high redshift to accommodate the alternative model based on a non expanding universe that I describe above. However in a 2023 paper on the spectral analysis of LRD’s it is admitted that these proposed z= 4-15 redshift values are only possible estimates and spectral fits based on various assumptions only. Including the assumption that the universe is expanding.
