What is Discrete Scale Relativity?

In summary, there is a theory called Discrete Scale Relativity proposed by Robert L. Oldershaw, which can be found on various online platforms. However, this theory has not gained much attention due to its promotion by the author on fringe websites and message boards, and its lack of addressing potential issues.
  • #1
eiyaz
41
0
I recently heard of this theory:

Discrete Scale Relativity which can be found here:

http://www.science20.com/discrete_scale_relativity/blog/discrete_scale_relativity-78208

and

http://www3.amherst.edu/~rloldershaw/

What are the issues with this theory and why has it not picked up more attention?

The research Robert L. Oldershaw seems to suggest interesting ideas, unfortunately my knowledge in advance physics is fairly limited. He seems to leave out issues that may hinder the theory, just wondering what the issues are.
 
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  • #2
A fringe theory which the author promotes endlessly on all kind of websites and message boards.
 

1. What is Discrete Scale Relativity?

Discrete Scale Relativity is a theory proposed by physicist Laurent Nottale that suggests a new way of understanding the structure of space and time at all scales, from the subatomic to the cosmic. It is based on the idea that space and time are not continuous, but instead are made up of discrete, fractal-like units.

2. How does Discrete Scale Relativity differ from Einstein's theory of relativity?

While Einstein's theory of relativity focuses on the relationship between matter and space-time, Discrete Scale Relativity expands on this by considering the fractal nature of space-time and how it affects the behavior of matter. It also takes into account the discrete nature of space-time, rather than assuming it is continuous.

3. What evidence supports Discrete Scale Relativity?

There is currently no direct experimental evidence for Discrete Scale Relativity. However, the theory has been able to explain certain phenomena that are not accounted for by other theories, such as the anomalous acceleration of the Pioneer spacecrafts.

4. How does Discrete Scale Relativity relate to quantum mechanics?

Discrete Scale Relativity proposes a new way of understanding the relationship between classical and quantum mechanics. It suggests that at very small scales, the fractal structure of space-time becomes dominant, leading to the emergence of quantum behavior. This theory aims to bridge the gap between the two seemingly contradictory theories.

5. What are the potential implications of Discrete Scale Relativity?

If Discrete Scale Relativity is proven to be correct, it could lead to a fundamental shift in our understanding of the universe. It could also have practical applications in fields such as physics, engineering, and cosmology. Additionally, it could provide a new way of thinking about the nature of space and time, and potentially lead to new discoveries and technologies.

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