Uncertainty of the Big Bang

Uncertainty of the Big Bang. What does this actually mean? Can there be this uncertainty? Well, it seems that the formation of our Universe according to the Big Bang theory may have looked very different than we think. Already the concept of the Big Bang was quite controversial, now the data received from observations of distant objects at the edges of our Outer Space may change the ideas of the Big Bang theory itself, may introduce changes in the interpretations of these observations.

What was recently discovered by the James Webb Space Telescope can introduce quite a lot of uncertainty into the world of science. According to the Big Bang Theory, the "Initial Singularity"" occurred as a root cause. This means that if an observed object emitted energy in the form of radiation (light), an observer on Earth observed this energy after 13 billion years. At that time this object was, for example, a "young" star. This information could have propagated in different directions, but only in the area of the Time Horizon of then-Now. See more at the link.

Observation of distant objects is done in accordance with the direction of the expansion of the Universe, this means that our "time" has a consistent direction with the expansion of our Universe. The information that reaches us comes only from our "Past".

This means that the information contained in the radiation (light) was delivered sequentially. First, the information was sent from point A, to point B. However, point B did not exist as the information began its journey. Similarly, point C and the observer on Earth did not exist. Therefore, the information had to reach us directly from the direction of the "Initial Singularity," and according to the sequence.

First, information reached from A to B, then AB information reached C and ABC information reached the Spacetime Horizon of our Now, where it curved and transformed accordingly. All according to the direction of the expansion of the Universe. Is the expansion of the visible Universe understood in this way also the Uncertainty of the Big Bang?

Part of the energy (radiation) that traveled according to the direction of expansion reached the next point B, which was created later than point A. This means that point A must have been on the direction of expansion of the Universe. Only that part of the energy reached with information from point A to point B. The rest of the energy was dissipated in the area of the Time Horizon of the then Now.

Any deviation of a ray of light with information, would result in the loss of information, so if the "Initial Singularity" sent information about the birth of point A, then point A sent directly information about to the area where point B was born - this is the interpretation of the expansion of the Universe for our Time Dimension. The uncertainty of the Big Bang may be more uncertain than we think.

Marek Ożarowski