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We study the resonances in Casimir friction, radiative heat transfer and heatgeneration for two plates sliding relative to each other. Resonances have adifferent origin in the frequency range of the \textit{normal} (NDE) and\textit{anomalous} (ADE) Doppler effect. In the frequency range of NDE,resonances are associated with resonant photon tunnelling between surfacephonon/plasmon polaritons of plates. For two identical plates, such resonancesexist only at a relative sliding velocity $v=0$. However, for different platessuch resonance can exist at $v\neq 0$. In the frequency range of ADE,resonances are associated with the creation of excitations in both plates.While in the frequency range of NDE the photon emission rate has an upperlimit, in the frequency range of ADE, the photon emission rate can diverge evenin the presence of dissipation in the system. We consider resonances for theidentical and different sliding plates. We discuss the possibility to detectCasimir friction with its limiting case of quantum friction using an atomicforce microscope in graphene structures.

Enhancement of Fluctuation-Induced Electromagnetic Phenomena in dynamically nonequilibrium systems at Resonant Photon Emission