Physics with large extra dimensions: String theory under experimental test
Ignatios Antoniadis
Abstract
Ignatios Antoniadis
Abstract
A theory with such a mathematical beauty cannot be wrong: this was one of the main arguments in favor of string theory, which unifies all known physical theories of fundamental interactions in a single coherent description of the universe. But no one has ever observed strings, not even indirectly, neither the space of extra dimensions where they live. However, there is a hope that the ‘hidden’ dimensions of string theory are much larger than what we thought in the past and they become within experimental reach in the near future, together with the strings themselves.
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A theory with such a mathematical beauty cannot be wrong: this was one of the main arguments in favor of string theory, which unifies all known physical theories of fundamental interactions in a single coherent description of the universe. But no one has ever observed strings, not even indirectly, neither the space of extra dimensions where they live. However, there is a hope that the ‘hidden’ dimensions of string theory are much larger than what we thought in the past and they become within experimental reach in the near future, together with the strings themselves.
Key concepts: Theoretical physics, String theory, Physics, Extra dimensions, String (physics), Relationship between string theory and quantum field theory, Universe, Space (punctuation)