Gabor understood that information processing depends on many aspects of physiology as well as on environmental factors in the same time. Thus, the notion of windowing (i.e. Adey-window) had to be broadened, including all kinds of rhythmical vibrational processes used for self-regulation. Today the tissue and function specific communication channels are called ”Biological Windows” (BW); BW represents rather a constellation of components than just individual wave parameters and that is why the developments of Hippocampus also take
into consideration the fractal nature of cells and all biological units, which is equally in evidence in biological information (the fractal nature). That is why the support of biological information transfer (i.e. BRT) necessitates a somewhat different approach than usual telecommunication technologies.
References
1. Lednyiczky, G. and Nieberl, J.: Cerebellum Multichannel Biofeedback Instrument. Proceedings of the 1st World Congress on Magneto-therapy, London, 1996, p. 190
2. Lednyiczky, G. and Nieberl, J.: Biological resonance and the state of the organism. In: Potentiating Health and the Crisis of the Immune System, Mizrahi, et al., eds. Plenum Press, New York, NY, 1997, pp. 223-242.
The notion of homeodynamics
In Europe, during this time, the Austrian histologist and embryologist, professor of University of Graz, later director of the Department of Histology and Embryology in University of Vienna, Alfred Pischinger described the electromagnetic nature of a new type of whole body regulation system through the extracellular matrix. This master control system of the organism made possible to understand the forces behind basic chemical changes in the body and made the link between environmental changes, information transfer and adaptation as such. Extracellular matrix with its liquid crystalline nature is considered the part of the organism that adapts first
to every change in the environment, whether it is a change in temperature, nutrition, infection, toxicity, mental state or spiritual goal. The dynamic order of the Matrix is supported with the continuous energy and information exchange.
