In particle physics, the hypothetical dilaton particle is a particle of a scalar field that appears in theories with extra dimensions when the volume of the compactified dimensions varies. It appears as a radion in Kaluza–Klein theory's compactifications of extra dimensions. In Brans–Dicke theory of gravity, Newton's constant is not presumed to be constant but instead 1/G is replaced by a scalar field and the associated particle is the dilaton.
In particle physics, the hypothetical dilaton particle is a particle of a scalar field φ {\displaystyle \varphi } that appears in theories with extra...
electromagnetic field, plus an extra scalar field known as the "dilaton".[citation needed] (The dilaton scalar is also found among the massless bosonic fields...
of general relativity which includes dilatons will turn the 2+1D model into one admitting mixed propagating dilaton-gravity waves, as well as making the...
S-duality U-duality Montonen–Olive duality Particles and fields Graviton Dilaton Tachyon Ramond–Ramond field Kalb–Ramond field Magnetic monopole Dual graviton...
to matter, the pressuron is a special case of the hypothetical string dilaton. Therefore, it is one of the possible solutions to the present non-observation...
the dimension at which string theory is consistent assuming a constant dilaton background without additional confounding permutations from background...
_{m}^{\pm }} which gives rise to local spacetime supersymmetry, a scalar dilaton Φ {\displaystyle \Phi } with two superpartner spinors—the dilatinos λ ±...
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