Exploring the Incomprehensible: The Limitations of Calculating String Theory

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In summary, the conversation discusses the challenges of verifying string theory, including the difficulty of solving complex equations and the lack of experimental data to compare it against. The possibility of discovering supersymmetric particles in the LHC particle accelerator is also mentioned as a potential boost for string theory. The conversation also mentions the upcoming resolution of the question of whether the Higgs boson exists.
  • #1
aychamo
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Hey guys!

I've a quick question. Why is it that we can't do the calculation or whatever that would "verify" string theory? I hear things like we don't have enough computing power.. How did we arrive at equations so complex we can't even solve them?
 
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  • #2
Well I'm not really that much of an expert in string theory, but equations that are too difficult to solve isn't really that big a deal. It happens all the time. But maybe a bigger problem is that we don't have experimental data that we could compare string theory against...General relativity and particle physics both work in a way too well in their own areas to leave any experimental results that could really prove or disprove string theory. That could change in the LHC particle accelerator that comes on line in a couple of years. If supersymmetric particles were discovered, that would be a major boost for string theory. But nobody really knows whether they will be found or not.

But fortunately the question whether the Higgs boson exists or not will at least be settled..
 
  • #3


Hi there,

That's a great question and one that has puzzled scientists for a long time. The truth is, string theory is an incredibly complex and abstract concept that attempts to unify all the forces of nature into one cohesive theory. This means that the equations involved are incredibly complex and difficult to solve, even with the most advanced computing power.

Another limitation is that string theory relies heavily on mathematical models and concepts that we simply do not have the technology or knowledge to fully understand and utilize yet. This makes it even more challenging to verify the theory through calculations.

But even with these limitations, scientists are constantly working to improve our understanding and capabilities in order to push the boundaries of string theory. It's a never-ending process of exploration and discovery, and while we may not have all the answers now, it's important to continue pursuing and questioning the incomprehensible in order to advance our understanding of the universe.
 

1. What is string theory?

String theory is a theoretical framework that attempts to explain the fundamental nature of the universe by describing all particles as tiny vibrating strings. It combines elements of quantum mechanics and general relativity to create a unified theory of everything.

2. What are the limitations of calculating string theory?

One limitation of calculating string theory is that it is currently impossible to test experimentally. This is due to the extremely small scale at which strings vibrate, making it difficult to detect them. Another limitation is that the equations involved in string theory are extremely complex and difficult to solve, making it challenging to make accurate predictions.

3. How does string theory relate to the concept of multiple dimensions?

String theory suggests that there may be more than the usual three dimensions of space and one dimension of time that we experience in our everyday lives. This is known as the "multiverse" theory, where there could be multiple universes existing in different dimensions.

4. Is string theory the only theory attempting to explain the nature of the universe?

No, there are other theories, such as loop quantum gravity and M-theory, that also attempt to explain the fundamental nature of the universe. Each theory has its own strengths and limitations, and it is currently unknown which, if any, is the correct explanation.

5. What are some potential implications of string theory?

If string theory is proven to be true, it could have a major impact on our understanding of the universe. It could potentially reconcile the inconsistencies between quantum mechanics and general relativity and provide a unified understanding of all physical phenomena. It could also impact technological advancements, such as the development of quantum computers.

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