DIAGNOSE OF BIOMOLECULES USING RAMAN INTERACTIONS OF THE LIGHT

Abstract

It is particularly important by now to apply the light in processing and development of modern diagnostic. Here with, two basic aspects of the interaction of light with the substance are discussed: the nonlinear one of light interaction with the environment, and the cooperative aspect of interaction of photons with matter (atoms or biomolecules). One should mention the use of metamaterials for tissue decontamination where the specific form of contact surface plays an important role. Another goal of the present work is the study and use of the cooperative effects of bacteria and viruses located in the evanescent field of biomaterials during Raman interaction of light in ultraviolet region. A model is proposed based upon existing experiments which takes into account the local symmetry of biomolecules. New models emerging from the non-linear interaction of the atomic (molecular) subsystem and the electromagnetic field of cavity could be elaborated. The photons statistic is proposed for the diagnosis of the new collective processes.