Techniques are disclosed for medical diagnosis devices to facilitate the detection and measuring of emitted RF waves in living cell organisms characterized by chiral matter the electron transport chain of which includes spin polarized electrons. In accordance with an exemplary embodiment, an MF of appropriate magnitude is generated to cause the spin polarized electrons to reside at a higher energy level. The electron currents are then detected that are generated in the living cell organisms (and constituted by associated RF emissions) as the spin polarized electrons relax to an equilibrium state. The detecting of the electron currents is achieved using, for example, a receiver to detect an RF wave tuned to a frequency that is proportional to the magnitude of the MF at the fixed depth.
