ECTOPLASM OR BIOENERGY?

by Alfonso Galeano and José Garrido (Spain)


How many electrons does it take to remember everything on your hard disk? Theoretically speaking, only ONE, according to scientists .Although the theoretical storage capacity of a single electron is considered phenomenal, encoding and retrieving the information using the technology that is available today is a major challenge.Professor Bucksbaum's team from University of Michigan was the first to demonstrate experimentally, on a small scale, that the information can be phase-encoded in the fundamental wave oscillations of an electron. [Science, 287, 463 and Science, 289, 1431a - published in January and July 2000 respectively. ]Can actually what mainstream science today posits as " the uncertainty principle " in a particle , the evidence of a continuous INFORMATION TRANSFER between electrons ? Is the Universe a gigantic Electronic INFORMATION Processor - The Universal Mind ?
Professor Bucksbaum research confirms that the information storage at quantum level is temporary. Hence, to maintain the " electronic memory " , a continuous " copying or imprinting " of the information has to take place. Is such an information exchange around our body, the main function of electric currents in the brain and the nervous system ?


Is the coherence of this information transfer a feature that makes us and other organisms alive and healthy ?The pioneer in brain surgery, Prof W.G.Penfield, after a lifetime of research insisted that the origin of human consciousness is definitely NOT anywhere in the brain. ? Is our own consciousness and memory encoded in electrons at quantum level?Professor Bucksbaum and his team used to store and retrieve the information at a quantum level - they used Light of specific COLOURS!! (Technically speaking they used very short laser pulses composed from certain wavelengths of light.)
Pictures from : Practical Manuel for Spectro-Chrome Therapy
- Let There Be Light by Darius Dinshah

The Full-Colour illustrations relate to Full-Spectrum illumination. Localised
regions, " the fuzzy edges " in the junctions between colours of the visible spectrum, cause Physiological and Emotional Effects.