Saturday, March 12, 2022

The straight-line analogy

The straight-line analogy  from my book "The Big Defreeze of the Universe - Analogies & Thought Experiments" 

So, the analogy goes what if the multiverse, the landscape of string theory, and all the information within it have a one-dimensional representation of reality as well? If you consider the two-dimensional data and the three-dimensional data as two versions of reality or two reconstructions of the same reality. Then why do not we have a third version or in other words, a third reconstruction of reality in one dimension represented in a straight line?

The logic would be the same as compressing three-dimensional data down to a two-dimensional surface, we will consider compressing two-dimensional data down to one dimension. It is highly likely as well that in the process the data would be even further scrambled beyond recognition. Unless you know the detailed code. The code is embedded/scrambled in just one dimension, one straight line.

In the case of the two-dimensional holographic film. It is required to shine a light on it to form a three-dimensional image? It could be as well the same logic to form two-dimensional construction from a one-dimensional construction.

This light could be literally light waves/photons, it could be in a form of fluctuations/ripples or it could be in form of a force that could be added to our current known four forces. It could be as well one of the “imaginary complex forces” introduced in this book.

The holographic principle tells us that the maximum amount of information in a region of space is proportional to the area of the region. What if we want to know the maximum amount of information scrambled in a one-dimensional straight line. It would probably be proportional to its length.










3 comments:

  1. https://www.sciencealert.com/we-probably-didn-t-see-light-from-the-first-stars-after-all

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  2. https://www.sciencealert.com/we-probably-didn-t-see-light-from-the-first-stars-after-all

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  3. https://www.sciencealert.com/we-probably-didn-t-see-light-from-the-first-stars-after-all

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