Physics of Wave Processes and Radio SystemsPhysics of Wave Processes and Radio Systems1810-31892782-294XPovolzhskiy State University of Telecommunications and Informatics7243UnknownFeynman integrals as connecting component between radio еngineering, fractal paradigm and quantum mechanicsPotapovA.A.potapov@cplire.ruRassadinA.E.brat_ras@list.ru01032015183818816092019Copyright © 2015, Potapov A., Rassadin A.2015<p>Analysing Feynman integral for one-dimensional harmonic oscillator we have found that it is possible to introduce quasiparticle of radio systems. This quasiparticle we have called radion. One can understand radion as object moving along fractal trajectories in phase space of oscillator. The same arguments have led us to the conclusion about natural fractality of all radio systems working with spectrum of signal. Under radiation of electromagnetic wave into medium with arbitrary dielectric permeability radion continues its fractal movement. Interrelations of radion and photon also have been discussed.</p>континуальный интегралфрактальная траекториягармонический осцилляторквазичастицарадиосистемафотонуравнение Шредингераквазиоптикафункция Гринакривая Пеаноpath integralfractal trajectoryharmonic oscillatorquasiparticleradio systemphotonSchrödinger equationquasiopticsGreen’s functionPeano curve