Evaluating Biofield Therapy Effects Using Unique Color Circle Design Implementable in Biophotonics Lab

Human nature and behavior (NaB) is hidden in its biofield. This has been described in several texts - some on scientific experiments but mostly in religious texts. Energy healing (biotherapies) is the usual method to change the physical and mental behavior which is well recognized in Complementary and Alternative Medicine (CAM). NaB and biofield relation awaits validation on scientific platform, despite a foundation laid decades ago in scientific experiments. Considering the recent advances in biophotonics research to capture biophotons emission from human biofield, it is possible to show the effect of biotherapies (energy healing, etc.) on recipients. Existing instrumentation scheme, used in biophotonics research, with addition of more optical filters can be used in NaB studies. This is the principal objective of this paper. Using spectral analysis, ultra weak biophotons emissions, captured by sophisticated CCD-based optical cameras equipped with wavelength-specific optical filters in the entire visual range (390 - 780 nm), it is shown through simulation that a real-time implementation is possible for all biotherapies experiments. The authors hypothesize that the spectral colors of biophotons hold the key to identify the effect of biotherapies as `good' and `bad', noting that wavelengths representing spectral colors are related to Hue of the HSV (Hue Saturation and Value) space. A unique color circle designed (CCD) to show the relation between wavelength and Hue, is the heart of the proposed procedure to demonstrate the effect of biotherapies.