1. Abstract
2. Introduction
3. Kirlian diagnostics
4. Meditation exercise
5. Concentration exercise
Comparison of results was accomplished by calculating two
quantitative coefficients of the electro-photonic glow (aura)
for each image:
1. integral of the area of the glow around a finger - the
bigger the better
2. degree of fractality (non-uniformity) of the glow distribution
- the smaller the better
It should be pointed out, that above coefficients represent
a very simplified condensation of certain properties of a
very complex image.
Both coefficients have been
normalized with respect to the initial state, so that their
changes relative to the initial state could be easily observed.
Graph in Fig.5 presents changes to the glow size and graph
in Fig.6 presents changes to fractality of the electro-photonic
glow intensity distribution for both exercises : meditation
and concentration.
Fig.5 Relative changes in the size of
electrophotonic glow
Fig.6 Relative changes in fractality of electrophotonic
glow intensity distribution
7. Conclusions
©Tom J. Chalko 1997
