VSl theoreis and energy creation

In summary, VSl theories suggest that changes in the speed of light violate the law of conservation of energy, leading to the origin of matter at the big bang. These theories also suggest that the reported variations in the fine structure constant could support VSl. However, it would be difficult to detect any violations of energy conservation in the present, as our most sensitive tests have shown no changes within our own solar system. The claimed changes in the constant typically refer to a time before the formation of our solar system.
  • #1
palmer eldtrich
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As I understand it VSl theories say that when the speed of light changes the law of conservation of energy is violated, so the origin of matter at the big bang is a consequence of this change in C.
But do they not also say the the reported variations of the fine structure constant maybe a hint that VSl is right? If so should we be seeing violations of conservation of energy today? Perhaps they need a bigger movement in c, does anybody know?
 
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  • #2
The claimed changes in the fine structure constant, if they were accurate, would have happened a long time ago, long before the Earth formed. So it'd be difficult at best to detect any energy conservation violations (since energy is only conserved locally anyway).

Our most sensitive tests of changes in the fine structure constant are performed within our own solar system, and those have shown no change at all. But those detections are only relevant to the present and recent past. The claimed detections typically spawn from a time before our solar system even formed.
 

1. What is the VSl theory?

The VSl theory is a theoretical framework that attempts to explain the origin of the universe and the fundamental laws of physics. It proposes that the universe is made up of vibrating strings that create different particles and forces through their vibrations.

2. How does the VSl theory explain energy creation?

According to the VSl theory, energy is created through the interactions and vibrations of these strings. As the strings vibrate, they create different particles and forces, which in turn generate energy. This process is known as string theory inflation.

3. How does the VSl theory differ from other theories of energy creation?

The VSl theory differs from other theories in that it combines elements of both quantum mechanics and general relativity. It also proposes that the universe is made up of tiny strings, rather than point particles or waves, as suggested by other theories.

4. Is there any evidence to support the VSl theory?

Currently, there is no direct evidence to support the VSl theory. However, some of its predictions, such as the existence of supersymmetry and extra dimensions, have been observed in experiments at the Large Hadron Collider. Further research and experimentation are needed to fully validate the theory.

5. How does the VSl theory impact our understanding of the universe?

The VSl theory has the potential to revolutionize our understanding of the universe by providing a unified framework that can explain both the microscopic and macroscopic worlds. It also offers a potential solution to the problem of unifying quantum mechanics and general relativity. However, more research is needed to fully understand and validate the theory.

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