Exploring the Holographic Principle: Space Recession and Inflation

In summary, the observed expansion of the Universe can be explained through the Holographic Principle. This principle suggests that the amount of information in a system is proportional to the surface area instead of the volume. This leads to a decrease in the density of information as the number of information increases, which is known as Space Recession. The expansion of the Universe is not due to the motion of galaxies, but rather the relationship with new information that was already created in the beginning. This information is limited by the speed of light, causing a constant information density on a screen and a decreasing density in the observed 3-dimensional space. The holographic information also creates the vacuum, gravitational field, and spacetime, with particles of matter being entangled information
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czes
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The observed expansion of the Universe is an example of the Holographic Principle. The galaxies escape from us not through the space but the space itself is carrying them away.

Where comes the space (vacuum) from ?

We know that in the holography there is an illusion of a spatial object because of the relation of the information written on a flat screen and information coming through. This relation between the quantum information is a quantum event (virtual particle-antiparticle of the vacuum).

All this information are actually registered on that screen though we observe it in a space. Therefore the amount of the information (N) is proportional to the area of the screen (A) not the volume of the space (V).The limit of the number of the information on the boundary sphere is the consequence of the Holographic Principle.

N~A~R2 and V~R3

Therefore an increase of the number of the information causes a decrease of the density = N/V.

This effect the recessing density we call Space Recession.

Now we come to an another effect the idea of the Space Inflation. It isn't a motion because there wasn't a space at the beginning. In the very beginning of the Big Bang came the information just into relationship with each other and quantum events appeared (quantum vacuum was created).

We don't know how large is the quantum vacuum but the energetic information like the photons are distributed with the speed of light “c”, so each observer in each arbitrary point of the super large vacuum observes an expansion of his Universe with the speed of light. Therefore Davis and Lineweaver wrote about galaxies existing behind our Event Horizon carried away faster than the speed of light.

The expansion of the Universe is not because a motion of the galaxies but because we come to relation with new information which are already created on the super large screen in the beginning but the supply is limited by the speed of light “c”. The constant information density on a screen causes a decreasing density of the information observed as a 3-dimensional space.
It is my speculation only. What do you think about it ?
I collect it on a website:
http://www.cramerti.home.pl/
 
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  • #2
The expansion of the Universe is an illusion. What we observe as a cosmological redshift is a consequence of the holographic memory of the information creating the Universe which remains the same since the begining.
What is changing it is an apparent observable Event Horizon.
When you climb on a mount your horizon increases too.
You may compare it with George F. Smoot http://arxiv.org/abs/1003.5952
found by Marcus.
I want prove additionally that virtual particle-antiparticle pairs are the product of the fundamental holographic information and it creates our vacuum observed also as a gravitational field or metric space if you want.
Holographic information = vacuum = gravitational field = spacetime
Particles of matter are information in entangled state and cause a distortion in this spacetime as wrote Smoot.

Here we can derive a notion of the dimension:
We need minimum 3 factors: information x information x observation (photons, bosons...)
Therefore our empty Vacuum is 3D.
Fermions need additional entangled information and the number of the dimensions increases. Minkowski called the additional all together dimensions a time and we have spacetime.
Actually all the spacetime is emergent from a holographic information.

The holography is the most fruitfull idea recently and it is not wholly explored yet.
 

What is the holographic principle?

The holographic principle is a theory that suggests that all the information in our three-dimensional universe is actually encoded on a two-dimensional surface. This means that everything we experience and observe in our universe may actually be a projection from this surface.

How does space recession relate to the holographic principle?

According to the holographic principle, the information in our universe is encoded on a two-dimensional surface. This means that as space expands and galaxies move away from each other, the information on this surface also expands and becomes more spread out.

What is inflation in relation to the holographic principle?

Inflation refers to the rapid expansion of the universe in its early stages. This expansion is believed to have been driven by quantum fluctuations in the fabric of space, which would have caused the universe to expand at an incredibly fast rate. The holographic principle suggests that this rapid expansion may have been a result of the information on the two-dimensional surface expanding and becoming more spread out.

How is the holographic principle being explored and tested?

Scientists are exploring the holographic principle through various theoretical models and experiments. Some experiments involve studying the cosmic microwave background radiation, which is believed to contain clues about the early stages of the universe and its expansion. Other experiments involve studying the behavior of particles and their interactions in different environments to see if they support the holographic principle.

What are the potential implications of the holographic principle?

If the holographic principle is proven to be true, it would drastically change our understanding of the fundamental nature of the universe. It could also have implications for other theories, such as the theory of relativity and quantum mechanics. Additionally, it could provide new insights into the origins of the universe and the nature of space and time.

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