Journal of Electrical & Electronic Systems

Hugo J. Niggli

Publications

• Review Article
  Ultraweak Electromagnetic Wavelength Radiation as Biophotonic Signals to Regulate Life Processes
  Author(s): Hugo J. NiggliHugo J. Niggli
  
  In recent years the low level analysis of ultra-weak photon emission in human cells is achieved using sophisticated Photomultiplier Technique (PMT). The basis of photonic measurements goes back to the theoretical finding of Einstein that a photon, which hits a metal plate, causes an electrical impulse. This current can be detected by single photon detection device as mentioned before. As shown in a variety of analytical laboratories worldwide using this sensitive workhorse it is evident that all cells from plants over animals up to humans emit a low level biophotonic emission. The measured electromagnetic wavelengths of this miniscule 0.01 Femto Watt (10-17 W) radiation are ranging from ultraviolet light over the visible up to the infrared region. In order to visualize the size of this very weak light source: the luminous power of a candle in a Lunar Distance (LD) (1 LD equal to 384&#.. Read More»
  DOI: 10.4172/2332-0796.1000126

  Abstract PDF