Article citationsMore>>

Augner, C. and Hacker, G.W., Schwarzenbacher, S. and Pauser, G. (2010) Gas Discharge Visualization (GDV). Eine auf physikalischen Methoden und Meridiananalysen basierende Technik zur Untersuchung von Stressreaktionen und energetischen Schwachstellen—Zwischenbericht laufender Forschung. (Gas Discharge Visualization (GDV): A Technique Based on Physical Methods and Meridian Analyses to Detect Stress Reactions and Energetic Weaknesses—Report of Ongoing Research). Deutsche Zeitschrift für Akupunktur, 53, 14-20.

has been cited by the following article:

• TITLE: Fluctuations in Human Bioenergy during the Day as Observed from the Evoked Photon

  AUTHORS: Shinji Tsubouchi, Hayato Uchida, Akio Yamamoto, Norinaga Shimizu

  KEYWORDS: Biophoton, Daily Fluctuations, GDV, In Vivo Energy, s-IgA

  JOURNAL NAME: Health, Vol.10 No.10, October 18, 2018

  ABSTRACT: Background: Measurement of the evoked photon is newly introduced method for measuring life activities those amplify weak light emitted from organisms. We examined the relationship of bioenergy fluctuation state in vivo with conventional physical parameters during twelve hours of daytime arousal using evoked photon measurements. Evaluation of metabolic level, one of the bioenergy state, has demonstrated its effectiveness by evoked photon. Methods: The evoked photon, a weak light emitted from organisms, is a new parameter for measuring life activities, which was recorded using gas discharge visualization (GDV) equipment, and the area and intensity of the energy field index from the GDV image glow were correlated to biorhythmic fluctuations, as corroborated by biochemical measurements of secretory-immunoglobulin A (s-IgA) levels. Result: The area and intensity of the energy field index at the time of awakening were significantly lower (p Conclusions: Thus, the evoked photon reflects the bioenergy of the entire body and can be used as a general indicator of physical health.