Verify String/Hyperspace/HigherDimension Theory: TREMENDOUS ENERGy

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In summary, the reason for requiring tremendous energy to verify String/hyperspace/higherdimension theory is because of the Kaluza-Klein theory and the use of different Lagrangians. The details of this can be found in the Physics help & Math help forum, where it is also mentioned that this explanation may not be fully accepted yet. However, the early universe states that are being studied are only relevant to the first ~.001 second and beyond that, the physics is well understood.
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rbt
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Why do we require tremendous energy (equivalent to the Planck's energy) to verify String/hyperspace/higherdimension theory?
 
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I have also wondered about this.

I think the 'Introduction to loop quantum gravity' will help. Try dipping into the last page of the first post.The following is speculative:
My explanation is that when the Kaluza metric is used with the GR Lagrangian you get the Plank Mass. Klein then went on to explain that you did not see the 5th dimension as it was so small etc.BUT if you use Kaluza metric with the simple Lagrangian* then the mass is the mass of electron (if you are considering an electron). It all comes down to simple calculations that an undergraduate student could do.

The details are spelled out in
Physics help & Math help - Physics forums > Physics > Special & General Relativity (Simple Kaluza Klein question)
https://www.physicsforums.com/showthread.php?t=171945

where I have shown that

[tex] u^5 = d_{\tau}x^5 = (1 - A_{\alpha} u^{\alpha}q/m) [/tex]

So [itex] x^5 \approx \tau [/itex].

No one has said this explanation is on the right or wrong track yet - but this may be due to submitting my question in the wrong forum.* Lagrangian adapted from the super Hamiltonian, e.g. p 489 in Gravitation by Misner Thorne & Wheeler of 1970-1973 where charge q = -e or p 897 where charge q = +e!
 
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The states of interest only existed in the very early universe. The physics that emerged beyond the first ~.001 second are well understood thanks to particle accelerators and observations of the universe at large.
 

FAQ: Verify String/Hyperspace/HigherDimension Theory: TREMENDOUS ENERGy

1. What is the Verify String Theory?

The Verify String Theory is a theoretical framework that attempts to reconcile the seemingly conflicting theories of general relativity and quantum mechanics. It proposes that all particles in the universe are made up of tiny vibrating strings, and the different modes of vibration correspond to different types of particles.

2. What is Hyperspace in relation to Verify String Theory?

Hyperspace, also known as higher-dimensional space, is a concept that is often associated with Verify String Theory. It suggests that there may be additional dimensions beyond the 3 dimensions of space and 1 dimension of time that we are familiar with. These extra dimensions are necessary for the theory to work and may help explain phenomena such as dark matter and dark energy.

3. What is the significance of Higher Dimension Theory in the context of Verify String Theory?

Higher Dimension Theory, or the idea of additional dimensions beyond the 4 we experience, is essential to Verify String Theory. It allows for the existence of tiny strings that cannot be observed in our 4-dimensional world and provides a way to unify the laws of physics at both a microscopic and macroscopic level.

4. How does Verify String Theory relate to energy?

Verify String Theory proposes that everything in the universe, including energy, is made up of tiny vibrating strings. It suggests that the different modes of vibration of these strings determine the properties of particles and therefore, the behavior and interactions of energy. This theory could potentially help explain the origin and behavior of energy in the universe.

5. What are the potential implications of Verify String Theory if it is proven to be true?

If Verify String Theory is proven to be true, it could have significant implications for our understanding of the universe and the laws of physics. It could potentially lead to a unification of all the fundamental forces of nature and provide a complete and consistent explanation of the universe. It could also potentially lead to technological advancements and new possibilities for space travel and energy production.

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