SYNCHRONOUS AND COHERENT BIOPHOTONIC EMISSION BETWEEN UMBERTO DI GRAZIA AND FLORENTINA RICHELDI ON

Transcription

1 SYNCHRONOUS AND COHERENT BIOPHOTONIC EMISSION BETWEEN UMBERTO DI GRAZIA AND FLORENTINA RICHELDI ON The phenomenon that we're going to investigate falls into the field of the biophotons ultra-weak emission, present in all plant and animal organisms. implications. It's opportune to give an excursus on biophotons properties and consequent scientific The original discovery of biophotonic emission dates back to the year 1923, made by the russian scientist Prof. Alexander G. Gurwitsch; between 1930 and 1970 several european and american researchers confirmed the theory, until 1974, when F.A. Popp not only confirmed its existence, but hypothesized the origin and even its coherence, leading him to the development of the so-called biophotonic theory, in which he describes its potential biological role in biochemical processes inside cells. More recent studies, besides the coherence of the emitted biophotons, propose their function in the modulation and communication of data, not only inside the cell or the entire organism, but even outside of it. Popp's big merit was that of realizing that DNA has the capacity for absorbing and emitting light disguised as biophotons in a coherent manner, acting as activators of biochemical functions both in animal and plant organisms. For being detected, their incredibly weak light requires instruments (photomoltiplicators) sensitive enough to be able to see the light of a candle from a distance of 20 km in the darkness. He discovered that these biophotons were being absorbed and emitted by cellular DNA, in the moment when the double-helical structure makes rollings and unrollings in pursuance of the functions of replication, protein synthesis ecc.. Therefore it resulted clear that any living organism having a DNA metabolically active had the capacity for emitting biophotons; for this reason many researchers in the last years tried to examine emissions from seeds and both microbic and human cells. Pag. 1/6

2 Concerning this, they observed that: a) cancerous cells have a more intense and less coherent emission than healthy cells b) biophotons emissions recorded in athletes after an intense physical effort result to be much more elevated than at rest It is possible to distinguish the most productive seeds by the kind of biophotonic emission: after hydration they present a higher emission, due to a more accentuated DNA activity. On this subject, about ten years ago I made some experiments on organic cereal, apples and grapes seeds, compared to the same non-organic products, after having acquired a very efficient photomoltiplicator: the results were tendentially showing values more elevated on seeds coming from organic products: number of counting/gram of each seed ( ) with photomoltiplicator at -18 C, compared to those non-organic; because of the exiguity of the samples analyzed, differences couldn't be considered statistically significant. Conclusively, this experience made me understand that the modalities of the photonic emission are strictly related to the metabolism of living organisms, both plant and animal. Because of their such weak intensity, those emissions aren't visible to the naked eye, that's why they need very sophisticated and expensive instruments to be highlighted, devices that allow to amplify the signal several thousand times, trying to minimize the ground noise. Now we're gonna talk about some frames captured from a video about six minutes long, obtained by using a photomoltiplicator RS4MC, where six pairs of subjects were filmed in Rome (Italy), in a totally dark room, on , as previously reported. The optical examination of the video MVI_0899 consents to highlight two multicolored spots having varying intensity in time, with very intense intermittent flashes which completely saturate sensors; the examination of 10 different points, casually chosen among the enlightened areas, brings us to the following considerations: Pag. 2/6

3 Tab n 1 Analysing the trend of the sensors intensity related to the larger image on the right in the 10 points shown in Tab.1, in the time interval of 1-2 seconds, we can observe the following properties: a) All the points (10) vary the intensity of light synchronously. (Img. 1) b) All the points (10) present the maximum and minimum intensity at the same time (1/25 of a second). (Img. 1) c) The graphs that represent them (signal intensity versus time) have a high degree of coherence. (Img. 1) d) In this case the 10 points, given the high coherency, should be considered in resonance with one another. Pag. 3/6

4 Img. 1 These analyses and considerations enable us to state that we are in the presence of biophotonic emissions. Looking at the bright images, the trend of the intensity of the sensors during the time interval of 1-2 seconds on three points located on Umberto di Grazia and on other three points on the right, located on Florentina Richeldi, presents the following characteristics: shoulder ofi Umberto Di Grazia shoulder of Florentina Richeldi Tab. 2 a) All the points (6) vary the intensity of light synchronously (Tab. 2) b) All the points (6) register the values of maximum and minimum intensity at the same time (1/25 of a second) (Tab. 2) Pag. 4/6

5 c) There is a high degree of coherence between the graphs that represent them (signal intensity versus time) (Img. 2) d) In this case the 6 points, given the high coherence, should be considered in resonance on each other. e) A statistical analysis of data is feasible Img. 2 These data enable us to conclude that the emissions of photons of the two subjects are synchronous and have a high degree of coherence. This shows us that an informational field has been created between the two emitters, which produced an intense emission of synchronous biophotons, in phase accordance and remarkably consistent, not detected in the other pairs of subjects participating to the experiment (six pairs). This field (accordingly to my personal theory) may coincide with the magnetic one of the heart, instrumentally detectable at about 30 cm beyond the outer surface of the body, as demonstrated by the Institute of HeartMath in the United States; this field has been produced based on the coherence of the heartbeats of a dog and a child being together, or that of the beats of a married couple while sleeping, or those of a horse and its owner, while she was taking care of it. Pag. 5/6

6 What kind of implications may this unique and extraordinary experiment have? 1) The intense emission of biophotons is a consequence of the strong interaction (Entrainment) between Umberto and Florentina, that produced in both subjects a high degree of internal coherency (cardiovascular system and brain activity). 2) It is proven the existence of an unconscious and/or extrasensory communication between the two bodies emitting biophotons. 3) An organism internally reaching a high degree of physiological coherence between the various organs and systems, as well as producing a pulsating magnetic field able to modify the surrounding space, can potentially be more predisposed not only to biophotonic emission proportionally to its degree of coherence, but also to intuition and other extrasensory abilities. The experiment is unique and exceptional, having demonstrated the high degree of coherence, cooperation and thus communication between the several emitting points of two different bodies, through the intense synchronous and coherent biophotonic emission. Further studies will be conducted in order to define quantitatively the degree of coherency and synchronicity. Rome, October 15 th 2011 Prof. Dr. Ezio Gagliardi Translated by coscienza.org - Erica Dellago, Clea Nardi Pag. 6/6