Engineering Physics Annotation << Back ELECTROMAGNETIC FIELD IN 5-DIMENSIONAL MODEL OF EXTENDED SPACE, ITS LOCALIZATION AND INTERACTION WITH WAVEGUIDE V.A. ANDREEV, D.Yu. TSIPENYUK Within the framework of the 5-dimensional Expanded Space Model (ESM), the structure of electromagnetic field is studied. It is shown that in the 5-dimensional space it acquires additional components Q and G, in addition to electrical and magnetic. Due to the interaction with external forces, all fi elds are localized and they gain mass. The transformation of a plane wave is considered. It is shown that under certain conditions its fields E and H can disappear and go into the fields Q and G. These new components can penetrate the barriers and holes into which the fi elds E and H cannot penetrate. The interaction of an electromagnetic wave with material objects is considered. A waveguide is chosen as such an object. It is shown that due to localization, a wave can partially penetrate into a waveguide, whose cross section is smaller than its wavelength, and propagate along it. Some evaluations of this process have been made. Key words: 5-dimensional space, waveguide, photon, localization, virtual particles. DOI: 10.25791/infizik.11.2018.270 Contacts: E-mail: andrvlad@yandex.ru, E-mail: tsip@kapella.gpi.ru Pp. 08-18.