[19a-437-1~13] 3.12 Nanoscale optical science and near-field optics

[19a-437-1] A Logical Fallacy of Electtric Field in the Dressed-Photon Systems

〇Itsuki Banno¹, Motoichi Ohtsu² (1.Univ. of Yamanashi, 2.RODreP)

Keywords:non-resonant condition, response theory, logical fallacy of electric field

This presentation is a refinement of 15a-F202-12 in JSAP spring meeting in 2017.T. Kawazoe, M. O. and collaborators performed experiments using non-metallic materials under non-resonant and/or forbidden-transition conditions, showed various phenomena not observed in conventional optics, and explained in terms of dressed photons. To make clear the role of the non-resonant condition, this work examines the two-level one-electron system and leads that the electron differently responds to the longitudinal and transverse electric fields under the non-resonant, the simultaneous near-field incidence and near-field observation conditions. So, the total electric field is not regarded as the cause of the response under above conditions, which are less-interested in conventional optics. Although we treat one-electron system, the logical fallacy of “the electric field” may be not changed in the many-electron system, because such the fallacy originates in the non-relativistic nature of the system.