Could be Time consequent to contraction of Space?

In summary, the Universal Contraction Theory (UCT) proposes that the illusion of space-time is created by a series of pulsating contractions occurring in an orthogonal direction that cannot be perceived as "space" but as the sensation of time flowing. This theory suggests that light is the only thing that does not contract, and light-related phenomena could be explained by the non-contraction of certain points in space-time. UCT also suggests that matter is the limit of implosion of empty space into a sphere with a "critical radius" while energy is a variation of the space-time curve. This theory also offers explanations for Einstein's formula and the expansion of the universe. Additionally, UCT suggests that the contraction process itself could be responsible for the
  • #1
paglren
29
1
This is a theory of mine. It proposes that there is no space-time in which masses and particles move at some speed; rather, what we have is a series of pulsating contractions which move at the speed of light and generate the illusion of space-time because of their spherical symmetry. This Universal Contraction Theory (UCT) could be a candidate to TOE.
It originated from a simple consideration: as light is the only thing which appears to expand everywhere, is it possible that everything is contracting and that a point of light is the only thing that is not contracting? Naturally if the contraction occurs in a three dimensional manner, we would see everything become smaller and move farther away… so the contraction must occur in an orthogonal direction that cannot be perceived as “space” but as a particular sensation: time flowing.
Specifically, light-related phenomena could be due to the non-contraction of some points of space-time that cause the non-contraction of all the points related to them. The formulation of this thesis could lead to a simple explanation of the nature of light and its behaviour (particle/wave) as a cutter of inertial forces, and therefore of space-time itself.
This theory also could lead to many interesting explanations and predictions.
For example, matter would be nothing but the limit of implosion of empty space in the fourth dimension into a sphere having a “critical radius” CR, while energy would be a variation of the space-time curve (due to the presence of mass). This leads us to a simple explanation of Einstein’s formula. In fact if a mass m (whose points are contracting at c speed) is annihilated, the energy E measurable in any other point of Universe (that is also contracting at c speed) would be influenced by both the contraction speed of the observing point and of each vanishing mass point (i.e. c times c times mass).
 
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  • #2
Moreover the contraction process itself could be responsible for the expansion of the universe in a cyclic way (i.e. Big Bang-Big Crunch) and even for the creation of matter and energy. In fact, when a point of space-time reaches its CR, it could be “cut” by the surrounding points in two parts: one expanding (energy) and one imploding (matter).
 

FAQ: Could be Time consequent to contraction of Space?

1. What is the theory behind the contraction of space leading to time?

The theory of general relativity suggests that space and time are interconnected, forming a four-dimensional structure known as spacetime. This means that changes in space, such as contraction or expansion, can also affect the passage of time.

2. How does the contraction of space affect the perception of time?

The contraction of space can cause time to appear to slow down or speed up, depending on the direction and magnitude of the contraction. This is known as gravitational time dilation and has been observed in experiments involving high speeds and strong gravitational fields.

3. Can the contraction of space be measured?

Yes, the contraction of space can be measured using precise instruments such as atomic clocks or by observing the movement of objects in a strong gravitational field. These measurements have provided evidence for the theory of general relativity and the interconnection of space and time.

4. Are there any real-life applications of the contraction of space leading to time?

Yes, the theory of general relativity and the concept of spacetime have been essential in developing technologies such as GPS navigation systems, which rely on precise timekeeping to function accurately. Additionally, understanding the effects of spacetime can help us better understand the formation of the universe and the behavior of black holes.

5. Is the contraction of space a proven phenomenon?

Yes, the contraction of space leading to time is a well-established concept in the theory of general relativity and has been supported by numerous experiments and observations. However, the exact mechanisms behind this phenomenon are still being studied and further research is needed to fully understand its implications.

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