[22a-E103-1~8] 3.12 Nanoscale optical science and near-field optics

[22a-E103-6] Effect of Impurity Configuration on Dressed-Photon Energy Transfer

〇Suguru Sangu¹, Hayato Saigo², Motoichi Ohtsu³ (1.Ricoh Co., Ltd., 2.Nagahama Inst., 3.Res. Origin Dressed Photon)

Keywords:dressed photon, energy transfer, impurity migration

The autonomous positioning of impurities induced by the dressed photons has been modeled and analyzed by numerical simulation. By performing a basis transformation on the quantum density matrix, which is calculated by the numerical simulation, the spatial distribution (mode) of dressed photons depending on the impurity configuration is visualized. From the result, the correspondence relationship among the localization phenomenon of dressed photons, the path of energy dissipation, and the impurities positions will be discussed.