Terahertz field effect non-invasive biofeedback diagnosis system

A terahertz field effect non-invasive biofeedback diagnosis system, comprising:

• a central processing and telemetry unit;
• a trigger sensor, the trigger sensor being non-invasive and capable of noise processing;
• and
• a terahertz wave source field unit coupled to the central processing and telemetry unit for triggering rotation and vibration energy of a patient's biomolecule using terahertz electromagnetic spectrum;
• wherein the central processing and telemetry unit is used to generate a predetermined series of stimulus signals, and simultaneously transmit the stimulus signals to an operation unit and the patient, thereby forming a plurality of biofeedback loops comprising:
• a first biofeedback loop, the first biofeedback loop comprising the central processing and telemetry unit transmitting the stimulus signals to the patient, the trigger sensor being used for remotely detecting a biofeedback signal of the biomolecule of the patient, and the trigger sensor further processing the biofeedback signal to obtain a processed feedback signal and transmitting the processed feedback signal back to the central processing and telemetry unit;
• and
• a second biofeedback loop, the second biofeedback loop comprising the central processing and telemetry unit transmitting the stimulus signals to the operation unit, the operation unit converting the stimulus signals into a reference baseline standard point signal, the trigger sensor receiving the reference baseline standard point signal and sending the processed feedback signal back to the central processing and telemetry unit to form a reference loop that provides a reference value for accurately calculating phase and intensity of the processed feedback signal.