Why do matrix models fail to be The M-Theory?

In summary, the conversation discusses the limitations of the BFSS matrix theory and the potential of the IKKT model and its relatives as a quantum theory of fundamental interactions. It is noted that the BFSS theory does not include the eleventh space-time coordinate of M-theory, making it difficult to derive the full dynamics, while the IKKT model does not align with traditional string theory. The speaker's work focuses on considering general non-commutative brane configurations and their effective gravity in the matrix model without a physical 10D bulk.
  • #1
MTd2
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In what aspect do they fail (IKKT and BFSS) to be?
 
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  • #2
http://arxiv.org/abs/1003.4694
"BFSS matrix theory is conjectured to describe infinite momentum frame (IMF) limit of Mtheory in [1] and many evidences were found. However, because of the limit, the theory does not include a variable corresponding to the eleventh space-time coordinate of M-theory; it includes only time and nine matrices corresponding to nine spatial coordinates. As a result, it is very difficult to derive full dynamics of M-theory."
 
  • #3
Right, what about the IKKT model?
 
  • #4
http://arxiv.org/abs/1003.4134
"The IKKT model with D=10 and close relatives are singled out as promising candidates for a quantum theory of fundamental interactions including gravity. "

But this isn't string theory.
 
  • #5
But why aren`t they the same as string theory?
 
  • #6
I guess it's not clear that it's string theory.

He refers to string theory work as "based on a different type of block-matrix background, and NC branes have been considered only for geometries with a high degree of symmetry." Whereas in his work the "new point here is to consider general NC brane configurations and their effective gravity in the matrix model, without physical 10D bulk."
 

Related to Why do matrix models fail to be The M-Theory?

1. Why is M-Theory considered a failure?

M-Theory is not considered a failure, but rather an ongoing and evolving scientific theory. It is still being researched and tested, and many scientists believe it has the potential to unify our understanding of the fundamental forces of the universe.

2. What are the limitations of M-Theory?

M-Theory is a complex and abstract concept that is still in the process of being fully understood. Its limitations are not yet fully known, but some scientists believe that it may not provide a complete explanation for all aspects of the universe.

3. Can M-Theory be proven or disproven?

As with any scientific theory, M-Theory can neither be proven nor disproven definitively. It is constantly being tested and refined through experiments and observations, and its validity will continue to be evaluated as new evidence and data are discovered.

4. What challenges do scientists face in studying M-Theory?

M-Theory is a highly complex and abstract concept that is difficult to test and verify. It also requires advanced mathematical and theoretical skills, making it a challenging area of study for many scientists.

5. Are there competing theories to M-Theory?

Yes, there are other theories, such as String Theory and Loop Quantum Gravity, that also attempt to unify the fundamental forces of the universe. These theories are still being studied and compared, and it is possible that they may eventually be combined or refined into a more complete understanding of the universe.

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