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- T-duality abstract "In theoretical physics, T-duality is an equivalence of two physical theories, which may be either quantum field theories or string theories. In the simplest example of this relationship, one of the theories describes strings propagating in an imaginary spacetime shaped like a circle of some radius , while the other theory describes strings propagating on a spacetime shaped like a circle of radius . The two theories are equivalent in the sense that all observable quantities in one description are identified with quantities in the dual description. For example, momentum in one description takes discrete values and is equal to the number of times the string winds around the circle in the dual description.The idea of T-duality can be extended to more complicated theories, including superstring theories. The existence of these dualities implies that seemingly different superstring theories are actually physically equivalent. This led to the realization, in the mid-1990s, that all of the five consistent superstring theories are just different limiting cases of a single eleven-dimensional theory called M-theory.In general, T-duality relates two theories with different spacetime geometries. In this way, T-duality suggests a possible scenario in which the classical notions of geometry break down in a theory of Planck scale physics. The geometric relationships suggested by T-duality are also important in pure mathematics. Indeed, according to the SYZ conjecture of Andrew Strominger, Shing-Tung Yau, and Eric Zaslow, T-duality is closely related to another duality called mirror symmetry, which has important applications in a branch of mathematics called enumerative algebraic geometry.".
- T-duality wikiPageID "432615".
- T-duality wikiPageRevisionID "599077944".
- T-duality hasPhotoCollection T-duality.
- T-duality subject Category:Quantum_field_theory.
- T-duality subject Category:String_theory.
- T-duality type Abstraction100002137.
- T-duality type Cognition100023271.
- T-duality type DualityTheories.
- T-duality type Explanation105793000.
- T-duality type HigherCognitiveProcess105770664.
- T-duality type Process105701363.
- T-duality type PsychologicalFeature100023100.
- T-duality type Theory105989479.
- T-duality type Thinking105770926.
- T-duality comment "In theoretical physics, T-duality is an equivalence of two physical theories, which may be either quantum field theories or string theories. In the simplest example of this relationship, one of the theories describes strings propagating in an imaginary spacetime shaped like a circle of some radius , while the other theory describes strings propagating on a spacetime shaped like a circle of radius .".
- T-duality label "Dualidad-T".
- T-duality label "Dualité T".
- T-duality label "T-duality".
- T-duality label "T-dualità".
- T-duality label "T-双対".
- T-duality label "Т-дуальность".
- T-duality sameAs Dualidad-T.
- T-duality sameAs Dualité_T.
- T-duality sameAs T-dualità.
- T-duality sameAs T-双対.
- T-duality sameAs T-이중성.
- T-duality sameAs m.027w4d.
- T-duality sameAs Q1366191.
- T-duality sameAs Q1366191.
- T-duality sameAs T-duality.
- T-duality wasDerivedFrom T-duality?oldid=599077944.
- T-duality isPrimaryTopicOf T-duality.