New results are obtained with a modified experimental setup, in order to reduce the residual detected signal when the unmodulated beam is strongly attenuated. In the light of these results, the transfer of modulation, from the modulated beam to the unmodulated one, can be attributed to a photon-photon scattering mechanism, operating in the crossing area of the two beams. Even the stochastic character of the process becomes more plausible.
On the origin of the transfer of modulation between microwave beams
Cacciari, I.
;Ranfagni, A.
2022
Abstract
New results are obtained with a modified experimental setup, in order to reduce the residual detected signal when the unmodulated beam is strongly attenuated. In the light of these results, the transfer of modulation, from the modulated beam to the unmodulated one, can be attributed to a photon-photon scattering mechanism, operating in the crossing area of the two beams. Even the stochastic character of the process becomes more plausible.File in questo prodotto:
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