SYSTEM UTILIZING NONINVASIVE BIOFEEDBACK SIGNALS

A biofeedback diagnostic system includes a triggering sensor and a central processing and telemetry unit having a block for producing a series of various type stimuli to a patient and an operator of the system. Two biofeedback loops are formed: central unit-patient-triggering sensor, and central unit-patient-operator. The triggering sensor remotely acquires the patient's brainwaves feedback to the stimuli and sends a digital signal back to the central unit. To improve the patient's intuitive response, an optoelectronic element is placed of the patient's forehead and illuminated with a laser light at a frequency of the patient's brainwaves theta-rhythm. To isolate the torsion component of the laser light, a cavity resonator is employed with a volumetric chamber having a size being some multiple of the transmission frequency of about 1.45 GHz.