Observation, properties and applications of microwave radiation negative fluxes

Results of experiments in observing and medically applying mm-wave negative fluxes are presented suggesting their high therapeutic efficiency. Negative fluxes enable investigations into the properties of a biological object eliminating the need for its additional irradiation and using only its intrinsic radiation. This is critical for the research of biological objects in their native state, as well as for investigating living systems (including human organism) in natural environments. It has been shown that mm-wave negative fluxes possess high therapeutic efficiency. Positive results of clinical investigations suggest that medical applications of mm-wave negative fluxes look quite promising within the framework of studying the origin of pain, as well as in developing new methods for pain syndrome relief. All this gives grounds for optimistic forecasts regarding mm-wave negative flux applications in physical experiments, as well as in medical diagnostics and practice.