My assessment, whatever it is worth, is I would first avoid assuming all the galaxies are the same distance from us, therefore what appears to be collisions or breaking apart often are really one galaxy in front of another. Second, I have studied some of the distant views before that do not show some of the things in your pic, although virtually all galaxies are found in clusters of perhaps at least ten. Those clusters may appear to blend if they are far enough away, so it doesn’t mean there is some galaxy breaking apart. <br /><br />What you describe as ‘breaking up from tidal effects’ galaxies is not very evident in any far galaxy views, imo. But each sees what one wants. I will tend to see the picture of my version of universe reality, and you will see what you believe is the reality.<br /><br />Current theory is that galaxies that collide are eventually going to combine, and I tend to agree at this time.<br /><br />Another difficult one for your cyclical universe theory is, how does matter escape the enormous gravity of what you call VLM, once it enters?<br /><br />Astronomers also look for data that supports their theories, so it is no surprise that some of the images would support big bang. (as well as your theory) Whereas truly random data would not, imo.<br /> <br />Due to the problems big bang has had, and continues to, I would be very skeptical of any theory that resembles it. Big bang must rely heavily on the notion of curvature of space-time. But unlike big bang, if I understand you, your ideas have no need of inflation, and I feel that that is a step in the right direction.<br /><br />Interesting art work, btw. Is this yours?<br /><br />Alkalin<br /><br />