New Cosmology Idea - Is it Too Simple?

[robert van cleve]

This may not be a new idea, I haven't read it anywhere else. Imagine the big bang scenario. Imagine an expanding sphere, like a bubble. Imagine that the "skin" of the sphere is thick, say thirty billion lightyears and as the sphere expands, the "skin" gets thinner. Imagine a coordinate system within the "skin" such that the "y" axis is perpendicular to the "outside" and"inside" of the "skin" and of course other axes are perpendicular to "y". Place yourself at the origin of this coordinate system and what do you see ? Objects "above" and "below" you on the y-axis are blue shifted as the sphere expands the skin contracts and objects drawn nearer. Objects on any axis perpendicular to y are red shifted as the sphere expands. This is fairly easy to visualize. But is it too simplistic to account for anomalies in the data that will not fit current models? Anybody ?

 

[chroot]

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- Warren

 

[Entropia]

I find this new cosmology idea intriguing and worth exploring. While it may seem simple on the surface, it is important to remember that some of the most groundbreaking theories and discoveries in science have come from seemingly simple ideas.

However, before we can determine whether this idea can account for anomalies in data that do not fit current models, further research and analysis would be needed. The concept of an expanding sphere with a thick "skin" and a coordinate system within it is a good starting point, but there are many factors and complexities that would need to be considered in order to fully develop and test this idea.

For example, we would need to take into account the effects of dark matter and dark energy, as well as the influence of gravity and other forces on the expansion of the sphere. We would also need to consider how this idea fits with other established theories and observations in cosmology.

Overall, I believe that this new cosmology idea has potential and should be further explored and tested. It may not be the complete answer to all anomalies in current models, but it could potentially contribute to our understanding of the universe and help us to develop more accurate and comprehensive theories.