Medicine detection with Low Frequency Electromagnetic Signals

Abstract

This paper presents a new, non-invasive method to detect molecular structures inside materials . There have been different methods to detect molecular structures such as Chromatography, Spectroscopy and Nuclear Magnet Resonance. A brief description of these methods is presented and how they are used. Then the new method is presented using an apparatus emitting low frequency electromagnetic signals. This paper presents how the frequencies are found, that are used to detect molecular structures. The method was applied for finding the frequencies of four pain-reliever medication. Discussion follows on the results. Conclusions are drawn and further work is proposed

The State of the Cardiovascular System Under the Action of Industrial Electromagnetic Fields

“…All physiology and biomedicine have now approached a certain threshold, after which the sensitivity of calculation methods should be increased and new methods for assessing changes in the parameters of not only CVS, but also other life support systems (including brain neural networks) should be created [10][11][12]. Within the framework of the new theory of chaos-self-organization (TCS), we have now shown the lack of statistical stability of samples of various parameters of the functions of the human body [1][2][3][6][7][8][9][10][11][12][13][14][15][16][17][18][19]. This is now referred to as the Eskov-Zinchenko effect (EES) [1-3, 5, 6, 13-16].…”

“…HE influence of industrial electromagnetic fields (EMF) of low frequency and low intensity on the human body is a poorly studied problem of human biophysics and ecology. The study of this problem is especially relevant for workers in the oil and gas sector in the Far North [1][2][3].…”

A Novel Low-Frequency Electromagnetic Active Inertial Sensor for Drug Detection

“…In addition, it is observed that it takes a certain charging time until the sensor starts responding to the material and detecting it. After this initial charging time is achieved, a maximum inertia feedback response is observed in the motion of the sensor slowing it down [23][24][25]. It should be noted that it is a non-destructive and non-invasive method, which means that when we use a material, no changes happen to its composition, and it is not tampered with or altered by any means.…”