Does the Coupling Between Space and Matter Affect the Expansion of Our Universe?

In summary, the conversation covers the relationship between space and matter and whether or not there is a coupling between the two. It is noted that on a smaller scale, the universe is inhomogeneous and is becoming more so with time due to gravity collecting matter into clumps. This leads to the idea that as matter becomes more concentrated, there will be larger volumes of space that are free from gravity and able to expand faster. While there is no clear theory on this, it is compared to the concept of soap reducing surface tension in water. The conversation also touches on the idea of space being stretchy and mutable, and whether it has its own properties or is simply a mathematical representation of mass interactions. The notion is proposed that space and matter are
  • #1
wolram
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To start i have no idea if space has some (coupling) to matter,
but if it has--------
On the less than large scale our universe is inhomogonous, and
is getting more so with time (gravity is sweeping up matter into
clumps) so if there is some coupling between space and matter,
and matter is getting clumpified, then there will be less and less volumes
of space tied to matter/gravity ,therfore larger and larger volumes
of space are free from gravity, and free to do what it will (expand)
faster and faster.
This is not a theory just an observation, and i can see no reason
to guess that space free from gravity/matter will expand rather
than just stay as it was.
 
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  • #2
Ah, but it could be akin to water surface tension, when soap is
introduced, the soap, the ( lack of matter gravity), decreases
the surface tension.
 
  • #3
You talk of space as if it were something? Something stretchy, mutable. There is no reason based on any current science of evidence to give space such properties. Sure we can 'curve' space with GR but this is just a mathematical way of describing the interactions between mass, it dosn't give space itself a separate existence and power.

If you talk of space expanding it can only do so because of what the energy within that space is doing. Space alone does not 'do' anything.
 
  • #4
I like the idea that space and matter are one and the same. Space being merely the extension of matter. Matter being the foci of those extensions. The differences being no more than degree of interaction.
 

FAQ: Does the Coupling Between Space and Matter Affect the Expansion of Our Universe?

What is the concept of "Space Coupled with Matter"?

The concept of "Space Coupled with Matter" refers to the idea that space and matter are interconnected and influence each other. This concept is based on the theory of relativity, which suggests that space and time are relative and can be affected by the presence of matter.

How is space coupled with matter?

Space is coupled with matter through the force of gravity. According to the theory of relativity, matter, and energy can cause a distortion in the fabric of space-time, creating what we perceive as the force of gravity. This distortion can also affect the movement and behavior of matter in space.

What evidence supports the concept of "Space Coupled with Matter"?

One of the main pieces of evidence for the concept of "Space Coupled with Matter" is the observed phenomenon of gravitational lensing. This occurs when the light from distant objects is bent as it passes through the gravitational field of a massive object, such as a galaxy, providing a visual confirmation of the influence of gravity on space.

How does the concept of "Space Coupled with Matter" relate to the study of the universe?

The concept of "Space Coupled with Matter" is essential in understanding the structure and behavior of the universe. It helps explain the formation and movement of galaxies, the behavior of celestial bodies, and the overall expansion of the universe.

Are there any practical applications of the concept of "Space Coupled with Matter"?

Yes, there are practical applications of this concept in fields such as astronomy, astrophysics, and space exploration. By understanding the relationship between space and matter, scientists can make more accurate predictions about the behavior of celestial objects and develop technologies to explore and study the universe.

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