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In the footsteps of our previous work \cite{RamatonBoschi} we generalize theStefan-Boltzmann and Wien's displacement laws for the $ \textrm{AdS}_5 \times{\cal S}^5 $ spacetime, the background of the AdS/CFT correspondence foremostrealization. Our results take into account the $ \textrm{AdS}_5 \times {\calS}^5 $ full dimensionality in the electromagnetic field $A^{\mu}$ waveequation, which yields the higher-dimensional blackbody characteristic featuressuggested in literature. In particular, the total radiated power and thespectral radiancy match the original Stefan-Boltzmann and Wien's displacementlaws in the low-energy regime up to available experimental data.

The Blackbody Radiation Laws in the $ \textrm{AdS}_5 \times {\cal S}^5 $ Spacetime