Long but necessary quote:
Source: http://phoenix.akasha.de/~aton/SuperPHI.html
[quote]
PHI is the only constant which can be divided by itself, to yield itself, and be multiplied by itself to yield itself, as occurs in the perfect hyterodyning of toroidal waveforms. In other words when two coherent wave toroids make love, their children [hyterdyning], are the sum of the two parental toroids multiplication and addition of themselves and each other, this renders the wavelength of their children).
Now in the new research, the May 30, 2000 issue of the New York Times publishes an article by James Glanz, entitled “Physics Approaching Speed of Light Mind-bending new studies appear to break Einstein’s rules”, and reports:
"In the most striking of the new experiments, a pulse of light that passes through a transparent chamber filled with specially prepared cesium gas appears to be pushed to speeds of 300 times the normal speed of light. That is so fast that, under these peculiar circumstances, the main part of the pulse exits the chamber even before it enters. "
This article was written whilst I was trying to retrace one experiment that mentioned superluminal speeds of 4.3 or 4.32 (which at present I have not been able to retrieve, but suspect it is on the German 1998 television documentary on Dr. Chiao’s work, which I am in the process of obtaining again from the source that gave me the initial copy.
Why was the 4.32 so important. Actually any decimal harmonic of it, like 432 or 43,200 is of value. For this is another approach to PHI. We look here at the figures in geometry. The platonic solid the dodecahedron, is a perfect symmetrical object that can beautifully map PHI, and a dodecahdron can be constructed by 5 cubes. With the first cube tilted at -64 on its X axis, the next cube is tilted at 72° on the Y-axis, followed by 144; 216; and 288. Hence, 5 cubes at 72° on the Y-axis.
What has 72° to do with PHI? A golden mean triangle is made by taking one horizontal line, any length, as base, and then extending two 72° lines vertically up until they kiss each other. Five of these golden triangles, with each respective base tilted at 36° renders the Pythagorean pentagramme within a pentagon, the perfect persona for PHI. 5 cubes at 72°; 5 golden triangles at 72°. The first a 3D object of 12 pentagon faces, the latter a 2D single face.
6 x 72 renders 432. When a dodecahedron’s 12 pentagon faces are used to map number sequence degree’s, then some astounding numbers emerge from this 3D PHI complex. Taking the first pentagon, it is comprised of 5 36° lines. Hence, 36; 72, 108; 144; 180. The next face then continues this sequence: 216; 252; 288; 324; 360, and so forth, now continuing on the next neighbouring face: 396; 432…
Hence, we now have travelled on a geometrical visual journey to discover the 432 connection to PHI, any decimal harmonic of this number can be utilised to construct the same geometrical PHI complex. Take for instance 43,200, the number of seconds in 12 hours, this is 600 times 72°. Hence, make a complex of 20 dodecahedrons.
This can be done simply by stellating each of the 12 pentagon faces with 5-sided pyramids, and their capstones enable the construction of the 20 icosahedron triangular faces (another PHI complex, and this cascade from dodecahedron to icosahedron is a golden one). Then stellating each of the 20 triangular faces with the platonic solid called the tetrahedron (a pyramid of 3 triangular faces one a fourth base triangle), and their tips, or capstones make the vertices for the 12 pentagons of the dodecahedron (if one needs a little aid in visualising, there are some animated basic models at Intergeometry which should aid one on the way to this).
Do this another 18 times, and one has a stellation PHI complex of 20 dodecahedrons. On each dodecahedron the number sequence continues. I.e. from 2,160 of the first dodeca, we commence to the next stellated dodeca: 2,196; 2,232; 2,268; 2,304; 2,340 etc. With the last pentagon point of dodecahedron 20 giving 43,200°. One could also do this with dodecahedrons of the same scale, making a daisy chain from the north and south face, of 20 dodecahedrons, linked by their faces, and the last 36° point of the 20th dodecahedron is 43,200° from the initial first 36° base of the first dodecahedron.
A PHI complex arcade and cascade of fractality. But what has this to do with the 300 times faster than light speed? Captain Bruce Cathie brought to light some significant equations to the public at large, in a series of books spanning some 40 years of mathematical research.
Amidst this, he pointed out that the vacuum speed of light, when measured in nautical mile grid seconds, a universal measure that can be used throughout the galaxy and universe, not limited to a single planet in its measure, then converting the standard measure of the speed of light from miles per second to nautical mile grid units, the translation is precisely 144,000 nautical mile grid seconds.
300 times 144,000 renders 43,200,000 – a perfect decimal harmonic of 43,200, which can be comprised of 20,000 stellated dodecahedrons in PHI. If this figure reported by the New York Times, the San Francisco Chronicle, and the Times News Network is correct, then we have an enormous new PHI view on the superluminal fractality universe of implosion, or the imploverse.
OVERVIEW: 300 TIMES 144,000 MINUTES OF ARC PER EARTH GRID SECOND IN A VACUUM FOR THE SPEED OF LIGHT = 43,200,000, this decimal harmonic of 432 and 24 hours in second 43,200, and the Great Pyramids polar radius ratio to Earth from the multiplication of its original height by 43,200, as well as its base (in multiplication of 43,200) to the circumference of the equator, may be quite interesting. Geometrically these decimal harmonics are extremely interesting.
Before we continue looking at other PHI harmonics within the scientific literature, let us look at an alternative perspective for the same. In the November 1998 paper prepared for the science journal Nature, Dr’s M. A Nielsen, E. Knill, and R. Laflamme, entitled: “Complete Teleportation”:
“One of the most unexpected is a procedure called quantum teleportation that allows the quantum state of a system to be transported from one location to another, without moving through intervening space. Partial implementations of teleportation over macroscopic distances have been achieved using optical systems, but omit the final stage of the teleportation procedure. Here we report an experimental implementation of the full quantum teleportation over inter-atomic distances, using liquid state nuclear magnetic resonance (NMR). The inclusion of the final stage enables for the first time a teleportation implementation which may be used as a subroutine in larger quantum computations, or for quantum communication. Our experiment also demonstrates the use of quantum process tomography, a procedure to completely characterise the dynamics of a quantum system. Finally, we demonstrate a controlled exploitation of decoherence as a tool to assist in the performance experiment.”
–Complete Teleportation, presented to: Theoretical Astrophysics T-6, MS B-288, Los Alamos National Laboratory, Los Alamos, NM 87545; Department of Physics and Astronomy, University of New Mexico, Albuquerue, NM 87131-1131; Computer Research and Applications CIC-3, MS B265, Los Alamos National Laboratory. October 29, 1998.
Apart from the outstanding stride over and way beyond the other superluminal experiments, in terms of practicality, whilst knowing that this research was sponsored by “the National Security Agency and the Office of Navel Intelligence for support” (pp 8), the decay time figure for their quantum teleportation process is listed as 2.6 s (femto seconds), as listed in the above graph.
As well as the obvious PHI 2.618 close proximity, in this factor, further significance is seen in that 2 femto seconds is equal to 1:8 times the speed of light. Hence, this is 2.25 times C. (1.618 + 0.618 = 2.236, which is very near, but yet off, yet significant like the 2.618 proximity).
Where the significance comes out, however, is when we multiply the vacuum speed of light of 144,000 nautical miles per grid second by 2.25. The geomatria figure that results works perfectly in the geometrical 3D modelling of the PHI complex. For the resulting 324,000, is 9,000 times that 36° for the pentagon lines, and 324,000 in this mapping of degree’s fits precisely 150 dodecahedron’s, wheather in a PHI cascaded stellation relationship with the icosahedron, or by daisy chaining relationships of their pentagon faces.
Now in extension and conclusion to this present edition of this article (which will be expanded) the Sunday Times and the Times News Network published a story in their respective papers this Summer, as follows:
"Dr Raymond Chiao, professor of physics at the University of California at Berkeley, who is familiar with Wang’s work, said he was impressed by the findings. ‘This is a fascinating experiment,’ he said.
"In Italy, another group of physicists has also succeeded in breaking the light speed barrier. In a newly published paper, physicists at the Italian National Research Council described how they propagated microwaves at 25% above normal light speed. The group speculates that it could be possible to transmit information faster than light.
“Dr Guenter Nimtz, of Cologne University, an expert in the field, agrees. He believes that information can be sent faster than light and last week gave a paper describing how it could be done to a conference in Edinburgh.”
Indeed, professor Nimtz had succeeded in sending the information that was Mozart’s 40th Symphony superluminally, which is not speculation. The 25% mentioned above, if the correct figure, is once again of significance. For 25% of 144,000 nautical miles per grid second, is 36,000 nautical miles per grid second. This is also a 36° pentagon decimal.
Hence, the 25% tunnelling speed exceeding the speed of c, renders 180,000 nautical miles per grid second, in the vacuum. Here we have a decimal harmonic of 180, which is the five 36° lines of the pentagon. It is also 2,500 x 72°, the golden triangle. Hence, another geometrical PHI complex.
SUMMARY
We have seen that the microwave tunnelling done by Dr. Nimtz was 4.7 x C, which is a perfect PHI harmonic of 1.618 plus 5 x 0.618.
The Wigner theory predicted and was confirmed, that at the midgap there was a tunnelling delay time of around 2 fs, a tunnelling velocity of 1:8 c. An almost perfect 3 x PHI 0.618 which equals 1.854, a so slight error that it remains a PHI hit.
Then this summers global media exposures of superluminal tunnelling at 300 x c. 300 x 144,000 nautical miles per grid second (the speed of light) = 43,200,000, a decimal harmonic of 432 and 43,200, which comprises 20,000 dodecahedrons, which each have 2,160° (like the Moons diameter or one Zodical house of precession), which itself is 30 x 72. And the golden triangle is two ascending lines of 72° from the base. 5 of these with their bases at 36° to their neighbours, renders a pentagramme in a pentagon, like 5 cubes tilted 72° on the Y-axis, from the initial cubes -64°, renders a dodecahedron, which has 12 pentagon faces, with pentagrammes visible at the poles. Hence, the dodecahedron is the onederful PHI complex tool for measuring and translating the superluminal PHI relationships.
Then we followed with the Quantum teleportation figures of 2.6 femto seconds with a close proximity to the PHI 2.618, and this being 2.25 x c, or 144,000 x 2.25 = 324,000, which is 9,000 x 36°, and fits a PHI cascaded PHI-complex of 150 dodecahedrons.
Lastly there were the microwave experiments from Italy, where microwaves were propagated at 25% x c. 25% of 144,000 = 36,000, yielding 180,000 nautical miles per grid second, which fits 1,250 pentagon faces, since 180,000 is comprised of 5,000 of those 36° pentagon lines, that make one pentagon face of 5 x 36 = 180°, and it is 2,500 x 72°, the PHI triangle complexion herein is very evident.
Whilst the 4.32 figure still needs verification, when we receive the video, it is a more difficult logic to shape this with PHI, but should it turn out to be 4.3 x c, or 4.3 x 144,000 the result is 619,200 nautical miles per grid second, which is in close proximity to 618. In the early research, tunnelling between 0.5 and 2 femto seconds were evident. The 2 femto seconds have been explored as 1:8 x c. One would also want to find all of the figures that were obtained between 0.5 and 2 femto seconds, to see if the 0.618 and the 1.618 were evident therein, that would be a view from another angle again. Some of the above may be significant, especially the Dr. Nimtz 4.7 x c. This is just the beginning.
–Ananda, November 13, 2000
[quote]
