Journal of Theoretics Vol.4-1 Probable Axion Detection via Consistent Radiographic Findings after Exposure to a Shpilman Axion Generator

This paper reports the preliminary findings of novel methodologies employed for the detection of charged particles using a presumed axion particle generator. Axions are believed to be light neutral pseudoscalar particles produced through the Primakoff effect. Pseudoscalars are defined as a scalar quantity that changes sign when the sense of the orientation of the coordinate system is changed. It has been postulated that even if its mass is only a few electron volts, it could be detected in the laboratory when the axion is converted into an X-ray by the inverse process in a magnetic field. If correct, this process could theoretically expose a dental X-ray film, the target in this experimental setup used. Furthermore, in the presence of a static magnetic field, there is a small probability for axions to decay into microwave photons via the Primakoff effect. which should be detectable with standard equipment. The results of these preliminary studies demonstrated unidentified particle tracks on dental X-ray films (n>200), chemical alterations in experimental X-rays, and consistent harmonic radio/microwave emissions from the axion generator.