Cosa si tramanda su enki nommo o l`uomo pesce (serapis) o delle due acque dei culti fallici???

3168 in Plato's city

"A remarkable use of the number 3168 occurs in Plato's account in Book V of.Laws of the mystical dimensions of the perfect city. Throughout his work Plato makes guarded reference to a secret canon of numbers that applies universally to every aspect of human life and activity, including government, astronomy, acoustics, kinetics, plane and solid geometry and divination. Linear measure- ments, areas and volumes are obviously incommensurable, but Plato declares that there are certain numbers that link these with each other and with all phenomena capable of being measured. As an example of these numbers, the study of which Plato recommends as the most sanctifying of all pursuits, he gives 5040."





THE BOOK OF FATE

Formerly in the possession of

NAPOLEON,

LATE EMPEROR OF FRANCE

And now first rendered into English from a German Translation of an

ANCIENT EGYPTIAN MANUSCRIPT

FOUND IN THE YEAR 1801, BY M SONNINI IN ONE OF THE

ROYAL TOMBS,

NEAR MOUNT LIBYCUS, IN UPPER EGYPT.

BY

H. KIRCHENHOFFER,

Printed

1828

THE SIBYLLINE BOOKS

Page xxvii

"A strange old woman came once to Tarquinius Superbus king of Rome,with

NINE

books, copies of the following work, which she said were the

ORACLES OF THE SIBYLS

and proffered to sell them. But the king making some scruple about the price, she went away and burnt three of them; and returning with the six, asked the same sum as be- fore. Tarquin only laughed at the humour; upon which the old wo-man left him once more; and after she had burnt three others, came again with those that were left, hut still kept to her old terms. The king began now to wonder at her obstinacy, and thinking there might be something more than ordinary in the business, sent for the Augurs to consult what was to be done. They, when their divinations were performed, soon acquainted him what a piece of impiety he had been guilty of, by refusing a treasure sent to him from heaven, and commanded him to give whatever she demanded for the books that re- mained. The woman received her money, and delivered the writings, and only charging them by all means to keep them sacred, immediately vanished."



ZAZAZAZAZAZAZAZAZAAZAZAZAZAZAZAZAZAZ





I

AM

MIND

THE MIND OF A MOUND OF SAND

I

AM

MIND

THE MIND OF A HEAP OF STONES

I

AM

MIND

THE MIND OF A PYRAMID

I

AM

MIND

THE MIND OF A GREAT PYRAMID

I

AM

MIND

THE MIND OF A GOLDEN TIPPED GREAT PYRAMID

I

AM

MIND THE MIND

THE

UNIVERSAL

I

ME

YOU

MIND THE MIND

OF

EVERYTHING

ISISIS

THAT

THE MIND OF REALITY THE REALITY OF MIND

LOVEEVOLVEEVOLVELOVELOVEEVOLVEEVOLVELOVE





THE GALACTIC CLUB

Intelligent life in outer space?

Ronald N. Bracewell 1974

Page 1

Chapter 1

ARE WE ALONE?


"Growing in size and complexity
Living things, masses of atoms, DNA, protein
Dancing a pattern ever more intricate.
Out of the cradle onto the dry land
Here it is standing
Atoms with consciousness
Matter with curiosity.
Stands at the sea
Wonders at wondering
I
A universe of atoms
An atom in the universe."

Richard P. Feynman





AND DNA AND DNA AND DNA AND DNA AND





PLATO

"BELOVED PAN AND ALL YE OTHER GODS WHO HAUNT THIS PLACE,

GIVE ME BEAUTY IN THE INWARD SOUL:

AND MAY THE OUTWARD AND THE INWARD MAN BE AT ONE".





LIFE OUT THEIR

THE TRUTH OF - AND SEARCH FOR - EXTRATERRESTRIAL LIFE

Michael White 1998

Page 97

"The first venue for Phoenix was / Page 98 / Australia, where astronomers used the Parkes 64-metre antenna and the Mopra 22-metre antenna, both in New South Wales. Because Australia was the first site, a very high proportion of the stars in the targeted group were those seen only in the Southern Hemisphere, including 650 G-Dwarf stars. In 1996, the system was taken back to the National Radio Astronomy Observatory in West Virginia, where a 40-metre dish was used to follow through the next stage of the search. The project is currently established at the largest radio telescope in the world - the 305-metre Arcibo radio telescope in Puerto Rico.
At the time of going to press, the interstellar 'airwaves' remain silent, but no one involved in the Phoenix project thought there would be much chance of immediate success. And indeed, there are some astronomers who suggest that the official SETI teams are going about things the wrong way. They argue that radio tele­scopes should be turned towards the centre of the Milky Way, where the stars are far more densely packed and where, they say, there is a far greater chance of finding something interesting. But this has associated problems, not least of which is the fact that it would be very difficult to'separate the multitude of natural signals constantly emitted from so many stellar objects. As the British astronomer Michael Rowan-Robinson says: 'Looking along the plane of the galaxy, like looking at car headlights in a traffic jam, makes it very difficult to detect one source of radio emission from another. And, if such radio emissions would also fade away over distance, we would probably detect nothing.'
An alternative argument is that we should not be looking for radio signals at all. Some researchers suggest that an advanced alien race would have dispensed with radio long ago, and may be . sending information using lasers. Others assume that the majority of surviving civilisations in the Universe would be far in advance of us and might be located by searching for the heat they gener­ate as a by-product of their energy-production systems.
The eminent American physicist, and one-time associate of Albert Einstein, Freeman Dyson, who works at the Institute of Advanced Study in Princeton, has proposed a scheme by which a very advanced technology could produce an almost limitless fuel / Page 99 / supply. He speculates that a sufficiently developed civilisation could harness the total energy output of their home sun by build­ing a sphere of receivers and energy converters around it. These 'Dyson spheres', as they have become known, would of course provide tremendous amounts of energy but would also radiate commensurate amounts of heat, which could be detected light­years away in the infrared region of the spectrum. Others have taken this idea even further by suggesting that civilisations perhaps millions of years in advance of our own could utilise the energy output of an entire galaxy, or even a cluster of galaxies, and that some of the many types of energy source we see in distant parts of the Universe are the waste products from such processes." This has led those involved with SETI to categorise potential civilis a­tions into three distinct classes.
Type-I cultures (which include us) are those which have developed to the point where they can exploit the natural resources of a single, home world. A Type-II civilisation would be capable of building something like Dyson spheres and processing the entire energy output of their sun. This level of development would almost certainly be associated with the ability to travel interstellar distances. Such cultures may also have developed means by which they could circumnavigate the hurdles presented by the light-speed restriction. A culture that had reached this stage of development would be thousands or perhaps tens of thousands of years in advance of us.
A Type-III civilisation would be millions of years ahead of us, / Page 100 / and would have developed the technology to utilise the entire resources of their galaxy, an ability which to us appears God-like but is actually possible within the laws of physics. It is nothing more supernatural than a consequence of a life-form starting their evolutionary development a little before us in relative, universal terms. To us, such beings would demonstrate God-like powers, but they too would have originated in a slurry of single-celled organisms on some far-distant planet. They would simply have had a longer time in which to develop.
This classification was first postulated in the 1960s, quickly becoming an internationally accepted standard. This was also the most active period of Soviet work on the search for alien civilisations, and on one occasion scientists in the USSR actually thought for a while that they had encountered a Type-III civilisation.
It was 1965, the Russians were leading the world in efforts to detect messages from ETs, and their top researcher was a man named Nikolai Kardashev (who was also the first to discuss seri­ously the idea of super-civilisations and civilisation types). One morning at the Crimea Deep Space Station, Kardashev's team detected an incredibly strong signal that was certainly of extrater­restrial origin. The interesting thing about it was not simply its power, but the fact that the signal seemed to slowly change frequency over time, sweeping through a broad band. This type of signal was quite unprecedented, and to the Soviet team almost certainly the fingerprint of a civilisation attempting to make contact.
Against his better judgement, but bowing to pressure from his colleagues, Kardashev decided to announce the finding publicly, declaring to the world's press that the source was almost certainly an extraterrestrial civilisation. Sadly, it was not to be. Within hours, scientists at Caltech in the US contacted their Russian colleagues to inform them that what they had observed fitted exactly the description of an object they too had detected a few months earlier and had been studying ever since. They called the source a 'quasar', or quasi-stellar object, and it was definitely not a signal from an advanced civilisation of any description.
Quasars are still only partially understood. Scientists know that they are tremendously powerful sources of electromagnetic radi-/ Page 101 / ation and that they are moving away from us at high speeds. They are believed to be extremely turbulent galaxies - a seething mass of matter and energy very different from our own stable Milky Way. It is suspected that at the heart of each quasar lies a black hole which traps within its intense gravitational field anything that approaches it. As matter and energy are sucked in, but before they disappear behind what physicists call the 'event horizon' (from which there is no return), they collide with other forms of matter already trapped there and emit energy that may just escape the gravitational clutches of the nearby black hole.
Quasars are fascinating and exotic stellar objects, and their close study has provided new insights into the nature of the Universe; but they are not the only strange objects to be discovered by acci­dent and mistaken for the hallmarks of extraterrestrial intelligence.
In 1967, a Ph.D. student at Cambridge University named Jocelyn Bell detected a strong, regular signal coming from deep space in the waterhole region of the spectrum. After reporting the findings to her supervisor, Anthony Hewish, they agreed they would not go public until they had investigated the signal fully. Gradually they eliminated all possible conventional sources until they realised that the signal was actually an emission from a strange object in deep space that was sending out an almost p.er­fectly regular pulse. The object was then found to be a neutron star, or 'pulsar', the remains of a dead star that had collapsed under its own gravitational field so much that the electrons orbiting the nucleus of the atoms making up the star had been jammed into the nuclei and fused with protons to form neutrons. This super-dense matter emits pulses with such regularity that pulsars are thought to be'the most accurate clocks in th'e Universe.
Since Bell and Hewish's discovery, other regular signals have been detected which have not originated from pulsars or any ter­restrial source, but have appeared only once. A team led by Professor Michael Horowitz at Harvard University has reported thirty-seven such signals during the past ten years, all within twenty-five light-years of Earth, but because they have not been repeated they do not qualify as genuine candidates for signals from a race trying to contact us. They could, of course, be one-off / Page 102 / leakages from specific events, but we might never know, and for scientists to analyse a signal properly, they need a repeated, strong, regular pulse.
So far, the most important find was a signal detected at the Ohio State University 'Big Ear' radio telescope in August 1977. Known by SETI researchers and enthusiasts as the 'Wow' signal, after the monosyllabic exclamation written on the computer print-out by an astonished astronomer at the station, it lasted exactly thirty-seven seconds and appears to have come from the direction of Sagittarius. Although, most strikingly, the signal was a narrow-band signal precisely at the hydrogen frequency of 1420 MHz, it has not been detected even a second time, in Sagittarius or anywhere else.
So, what of the future? Is the continuing search for intelligent life in the Universe a total waste of money, as its opponents insist, or are we perhaps on the threshold of a great discovery?
In commercial terms, SETI is potentially the greatest scientific bargain ever. The cost of the project to the US government was a tenth of 1 per cent of NASA's annual budget and is now financed privately, so even the die-hard sceptics cannot claim that it is drain on the tax-payer. Furthermore, the potential gains from the success of the project would be unparalleled in human history. Quite simply, there is absolutely nothing to lose in trying.
More problematic will be maintaining the momentum of a pro­ject which, year after year, fails to deliver the goods. The argument against this is that both pulsars and quasars were dis­covered indirectly through the efforts of SETI researchers, and it is also true that improvements in techniques. and development of new types of equipment used in the search will filter down into other areas of research and then on to everyday use.
However, one difficulty for future researchers will be the growing level of terrestrial interference. Some enthusiasts argue that we are currently living through a window of opportunity in the search for extraterrestrial intelligence, and that the embryonic communications revolution will soon work against our chances of detecting a pure signal from another world."

Page 99 notes

• For more than twenty-five years, astronomers have been observing sudden bursts of energy from a variety of different locations in the cosmos. They detect these bursts, which are thought to be the result of the most powerful explosions ever witnessed, by following a left-over trace of gamma rays (a form of electromagnetic radiation) that reach the Earth. There are literally hundreds of theories that attempt to explain these bursts, including the notion that they could be the result of the activities of some super-civilisation. Recently, one such burst was carefully moni­tored and found to have come from an explosion so powerful that in ten minutes the source produced more energy than the total output of our Sun during its life­time. Astronomers are actively chasing the source and the cause of this phenomenon and hope to solve the mystery after one more sustained observation of the effect. The trouble is, no one knows when or where the next one will be.





JOURNEY = 108 36 9 36 108 = JOURNEY