To understand the SRI concept, one needs to first understand MRI. When even non-ferromagnetic compounds such as water are exposed to magnetic pulses of sufficient magnitude, the electron clouds of the affected atoms emit Radio Frequency radiation as a result of a form of spontaneous emission of EM stemming from the electrons orbiting individual atoms briefly but abruptly closing distance i.e. moving into a higher energy state before re-assuming their original energy state. MRI machines employ radio detectors to estimate the point of origin of these spontaneous emission radio waves, which are more intense the greater the density of the detected material. MRI cannot necessarily identify specific chemical compounds and although MRI is capable producing three-dimensional images, the resolution of these images averages about 1 millimeter per pixel; nowhere near atomic resolution.Any influence that can force electrons orbiting an atom to increase their proximity to one another, even without a change in energy state, can result in the spontaneous emission of EM ranging from RF to visible light and beyond. While such a result can be achieved by generating extreme magnetic fields, this is far from the most efficient means. One predicted effect of soliton waves on electron clouds is a phenomenon this author terms "hemispheric parting." Hemispheric parting, in addition to having application for increasing the likelihood of microwave resonances for confectionary applications where fast cooking is desired, may have a secondary effect that is useful in the field of diagnostic imaging."Hemispheric parting" may be defined as the momentary derangement of all electrons in an electron cloud of an atom amounting to the totality of the electrons being pushed into a single hemisphere, resulting in the total absence of electrons in the opposing hemisphere. It is the belief of this author that soliton waves are capable of producing this effect, however briefly. Just as electrons jumping between higher and lower orbits can produce spontaneous EM emissions, hemispheric parting should produce the same effect with far less effort.