This document analyzes the effectiveness of the two main interface methods used in quantum magnetic resonance equipment for the capture and transmission of bioelectric frequencies.

1. The Hand Stick (Palm Electrode)

The cylindrical electrode or stick is the traditional method and is based on direct contact with the palm of the hand.

• Contact surface: When closing the hand, almost the entire palmar surface is used, maximizing the transfer of micro-frequencies.
• Point density: The palm has a high concentration of reflex points that facilitate connection with various systems of the body.
• Stability: The pressure exerted by the user ensures constant conductivity and reduces electrical noise.

2. Finger Sensor (Oximeter-type Interface)

This model uses a clip similar to a pulse oximeter to capture signals through the index finger.

• Capillary accessibility: Take advantage of the high nerve and vascular density of the fingertip.
• Comfort: It is a passive method that avoids muscle tension, although it depends entirely on the pressure of the clip's spring.
• Limitations: It has a significantly smaller contact area, which may affect signal robustness if there is poor circulation or dry skin.

Comparative Table of Effectiveness

Conclusion

From a physical bioconductivity perspective, the handheld swab is generally more effective due to its larger contact surface. The greater amount of skin interacting with the sensor allows for a more robust reading with less interference for the analysis software.