Abstract

The life work of Serbian scientist and inventor Nikola Tesla has produced important innovations not only in the field of telecommunications and wireless transmission but also in the fields of electrical distribution systems, fluid propulsion and signaling systems. Such is the amount of his work, especially from the point of view of scientific weight, that his resonance will be felt for many decades in the future, having himself been a precursor. One of the experiences of the Serbian inventor, not well known to most people, is his work on X-rays. His experiments led to the definition, at the same time as German physicist Wilhelm Conrad Roentgen published his discovery on "particularly penetrating rays", in 1895, a form of radiation that could pass through soft tissue, highlighting electron-dense structures such as bones. Of great importance is his work which included not only the production of X-rays through the then known Crookes tubes, with anti-cathode, but also on a new version of the X-ray tubes, the one on which this single node study will be focused. of reduced size and even simpler constitution, compared to the aforementioned Crookes tubes with red-hot cathode rays where, X-rays were produced thanks to the impact of fast electrons (cathode rays) on a heavy metal structure, such as Tungsten, Palladium, or Platinum. Beyond the demonstration of the production of X-Rays, through the Tesla Tube, we have demonstrated the possibility of producing audio frequencies, having the same frequency as the X-Rays, thus defining them, Virtual Energy.

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