Additional advantages of the contactless electromagnetic resonance spectroscopy method in measurements in the smart family physician's office.

This article examines the additional advantages of the contactless electromagnetic resonance spectroscopy method for measurement, online integrative analysis of viral infection, and continuous monitoring of its development under real-world conditions. Particular attention is paid to the method's extremely low energy consumption, which significantly reduces electronic noise while improving the sensitivity and accuracy of measurements.

The article also discusses the design features of the sensor module, including the use of planar and three-dimensional coils, and highlights the potential of the technology for detecting viral infections, assessing antibody activity, and monitoring biological, chemical, and physical parameters in medical and laboratory applications.

The proposed approach combines high sensitivity, contactless measurement, and real-time monitoring, providing a foundation for next-generation intelligent diagnostic systems with broad applications in medicine, biotechnology, and continuous monitoring.