- #1
indigojoker
- 246
- 0
are there any introductory books on the theory behind gravitons and extra dimensions and also the experimental tests that could be done?
Gravitons and extra dimensions
- Thread starter indigojoker
- Start date
In summary, the conversation discusses the availability of introductory books on the theory of gravitons and extra dimensions, as well as the potential for experimental tests to detect them. The possibility of detecting gravitons with modern technology is mentioned, along with questions about decay modes, decay rates, and how the search for extra large dimensions is connected to gravitons.
- #2
S1nG
- 15
- 0
if I'm not wrong gravitons are still considered a theory and based on its size smaller than the Planck length, its no doubt that modern technology could detect them. 
- #3
indigojoker
- 246
- 0
yes, it's still a theory, but are there any introductory books solely on gravitons/extra dimensions? Also talking about decay modes and also missing E_T from pp collisions due to gravitons?
- #4
indigojoker
- 246
- 0
or decay rates like Z -> 2 neutrinos and why they are helpful in the search for extra large dimensions
also, how is the search for extra large dimensions related to gravitons if any?
also, how is the search for extra large dimensions related to gravitons if any?
FAQ: Gravitons and extra dimensions
1. What are gravitons?
Gravitons are hypothetical particles that are thought to be responsible for the force of gravity. They are predicted by the theory of quantum mechanics, but have not yet been observed or definitively proven to exist.
2. How do gravitons work?
Gravitons are thought to work by mediating the force of gravity between particles. Just as photons mediate the electromagnetic force, gravitons are believed to mediate the gravitational force. However, the exact mechanism of how this mediation occurs is still a subject of ongoing research and debate.
3. What are extra dimensions?
Extra dimensions are hypothetical spatial dimensions beyond the three dimensions (length, width, and height) that we are familiar with. These dimensions are predicted by some theories, such as string theory, in order to explain certain phenomena that cannot be explained by our current understanding of physics.
4. How are gravitons and extra dimensions related?
Some theories propose that gravitons may be able to travel through these extra dimensions, which could help explain why gravity is much weaker than the other fundamental forces. Additionally, the existence of extra dimensions may provide a possible explanation for the unification of gravity with the other forces of nature.
5. Can we detect gravitons or extra dimensions?
As of now, there is no direct evidence for the existence of gravitons or extra dimensions, and detecting them remains a major challenge for scientists. However, ongoing experiments and research may provide new insights and potentially lead to their detection in the future.