2012 a.D. Rumour or Reality

7/31/2019 2012 a.D. Rumour or Reality

http://slidepdf.com/reader/full/2012-ad-rumour-or-reality 1/455



Dear Friends,

All that is presented here is for Information Purposes only.

The information shared today is only Pane Andov’s personal perspective on reality and possiblefuture events concerning 2012. Nothing more, nothing less.

What someone chooses to do with the information is their own choice.Some of the information shared will probably be disturbing to some...or even in opposition to an

individual’s beliefs. If someone feels that the information is too much to handle...it is advisedthat they leave the venue and protect themselves from receiving any further information.

Pane Andov will not be held responsible for any action someone takes as a result of theinformation in this lecture.

This lecture is dedicated to the whole of Humanity in true search of the fundamental questions:Who Am I? Where did I come from? What Am I doing here? Where Am I going?

Respectfully,

Pane (Astralwalker) Andov



ASSEMBLED AND PRESENTEDBy PANE ANDOV,ASTRALWALKER







WHAT IS HAPPENING?



Who Am I?

Where did I come from?

What Am I doing here?

Where Am I going?



I WANT TO KNOW



I NEED TO KNOW



EARTH

APRIL 26th 2009



THE MAYAN LONG COUNT CALENDAR

ENDS ON DEC 21st 2012



1334 DAYS

UNTIL THE END

OF THE CYCLE



Is it just another hoax?



OR...

THIS TIME,IS IT THE REAL THING?





That is...

If you think that there were no other advancedcivilizations before us.



Anyway...



WHAT DID WE LEARN?



Enough...







Each, like The Milky Way,

is an “island universe”containing billions of

stars.







“A panoramic view of the entire near-infrared sky reveals the distributionof galaxies beyond The Milky Way. The image is derived from the 2MASSExtended Source Catalog (XSC). The map is projected with an equal areaAitoff in the Galactic system (The Milky Way at center).







Those clusters, are part of even larger structures

called superclusters.



Superclusters



All of these large concentrations are connected by filaments orsheets of galaxies, which enclose huge, bubble-like volumes

of empty space, the cosmic voids.

Cosmic void



Cosmic void





Zooming out



Zooming out



Zooming out



Scale:

1 Parsec - 3.26 Light Years

1 Mega Parsec - 3,262,000 Light Years

1 Giga Parsec - 3.26 Billion Light Years



Zooming out even more



Zooming out even more



Computer Simulation











AUGUST 1990 AIR NATIONAL GUARD PILOT BILL MILLER FLIES OVER A DRIED LAKE BED IN OREGON.



THIS IS WHAT HE SAW AND PHOTOGRAPHED













IT WAS CLASSICAL SHADOW GOVERNMENT COVER UP.

NOTHING UNUSUAL – IT WAS JUST ONE IN A MILLIONOF THE EVENTS THAT HAVE HAPPENED ALL OVER THE WORLD

IN THE LAST 60 YEARS.



IN REALITY, THE ORIGIN OF THE DESIGN THATAPPEARED FROM NOWHERE WAS...



... UNKNOWN



...OR WAS IT?





Anyway...

Let’s continue ....



Today we can understand that in the beginning there were some

simple ingredients and some simple rules. Then the number ofthose simple ingredients started to grow and becomecomplicated. This caused fluctuations to appear which furtherlead to all sorts of different representations.



This is an image ofdistribution of matter –

versus scale. One other thingthat was added into thepicture is what is known asdark matter and which doesnot interact with light theway ordinary matter does.

This dark matter is transparent to light and so in order that we cansee it, on the image is marked as white marks. So the stuff on theimage that is white is the dark matter. It is more suitable to call itinvisible matter then it is to call it dark matter.



The stuff depicted with yellow colour is the ordinary matter – thestars and the galaxies. If we pay attention to this pattern and zoom inand zoom in, we can see a lot of filaments, structures and voids. Whena number of filaments come together, they make a supercluster ofgalaxies. When we zoom into our area we can see we are not living inthe center of our solar system, we are not living any where near thecenter of The Milky Way galaxy, our home galaxy is not in the center of

a cluster, and we are nowhere near the center of the Universe.



To summarize this part ...

When all available data is combined a self consistent picture of the



When all available data is combined, a self-consistent picture of theUniverse emerges that is radically different from the view 15 yearsago:

>> The model of the Universe looks flat with an elongating sphere inside followingperfect fractal expansion, (further input needed from Planck Satellite) we are simplynot sure at this point. (source ESA)

>> the Universe is∼13.7 billion years old,

>> contains∼4% ordinary matter (only part of which is luminous),

>> ∼23% ‘dark’ matter (of unknown type),

>>∼73% ‘dark energy’ (responsible for the accelerating expansion, but also ofunknown origin).



The great unifier of the cosmos is gravity. It holds the stars of agalaxy, and the galaxies of a cluster, together.

But clusters, groups, and isolated individual galaxies are all flyingaway from each other, a continuing aftermath of the big bang, an

explosion of space itself that astronomers believe formed theuniverse 13.7 billion years ago.

ULTRA DEEP FIELDH



If we look at this picture, what we will see is a lot of darkness

with some light objects in it. Only a few of those with a shape ofa plus (+) are stars - everything else is a galaxy. Only in thisimage you can see thousands of galaxies. The latest data is

showing that out there, are at least a hundred billion galaxies.

ULTRA DEEP FIELD H

U

B

B

L

E



The first logical question is - if there are more than a hundred

billion galaxies, what does our universe look like?



To generate the best computer simulation of what our universe looks like, the scientific community uses simpletools known as a CSI Primary Tool which is constructed upon the lights arrival time. In fact this tool shows us thatlooking out into Space is like looking back in time.



The Universe is so incredibly big and we are sosmall that we can observe it as a time machine. Thistool contains Earth in the center and nestedspheres all around our planet representing aobservation from Earth.





If we take a picture of our Moon (only 238 855 miles away fromEarth at its average distance) using ordinary light, we had

photographed the moon two seconds ago.





If we take a picture of our Sun (92.9 million miles away fromEarth at its average distance) using ordinary light, we had

photographed our star 8 minutes ago.



92.9 million miles - average distance



If we take a picture of Jupiter (370 million miles away from

Earth at its closest) usingordinary light, we hadphotographed Jupiter about

forty minutes ago.





If we take a picture of the nearest set of stars using ordinarylight, we had photographed the closest set of 40 stars

ten years ago.



If we take a picture of the center of The Milky Way usingordinary light, we had photographed the galactic center

region almost 26 thousand years ago. If you point a lightbeam from the galactic center towards us, it will take almost26 thousand years to become visible to us travelling at

speeds of 299,792,458 meters per second.





If we take a picture of the nearest large galaxy “Andromeda”

using ordinary light, we had photographed the Andromeda

galaxy two million years ago.



With Hubble Space Telescope NASA was able to view the

Universe hundreds of millions years ago to billions of years



Luckily, today we have few genius’s like George Smoot who has

found ways to look even further back.



Let’s see a part of his brilliant work...He is talking about the time



when there were no stars and galaxies and the universe was in aprocess of shaping – still hot and extremely dense.



This is a graphic depiction of The Milky Way in the middle andfrom the Hubble Space Telescope data the galaxies with spheres

marking different times.

Behind the first sphere there are more modern galaxies.





We can clearly see that part of the universe is invisible to us,because it’s so hot and dense that light cannot escape.

We can see how the



outer sphere isshowing the

radiation that iscoming from the

beginning of time –

the point of the firstmanifestation of

creation.

- - -Mainstream science calls it the BIG-BANG, I personally prefer tocall it – the first manifestation of creation which represents the

beginning of an intelligent pulse.

Th t ti l f ll d i tt f t d



That creative pulse followed a precise pattern of movement andthat same perfect geometrical-mathematical pattern can be

seen even today everywhere around us.



Today, through the Hubble Space Telescope and othertechnological achievements for space observation we haveaccumulated digital data of only 1 million galaxies, andaccordingly to the same input our Universe looks a littledifferent to us, but as soon as we generate new data it willbecome clear that it looks exactly the same as the 3D depiction

of ancient Sri Yantra





If you are a clear observer without any scientific prejudices or anyother belief system limitation, it becomes so obvious to you that

Our Universe is alive, dynamic and fully conscious of itself.

E d l l h f ll f



Even today we can clearly see that it is following a perfectfractal pattern of contraction and expansion.



St ti f 1989 th t f hi ti t d t llit



Starting from 1989 there were a set of sophisticated satelliteslaunched to conduit a surveillance of space which provided

enough data for the scientific community to do somemeasurements and to understand how our Universe formedbillion of years ago. >>

The “COBE” Satellite 1989

The “WMAP” Satellite 2000

The “PLANCK” Satellite (planed) 2009

The “COBE” Satellite – Launched in 1989 and the variations from



The COBE Satellite Launched in 1989 and the variations fromthe beginning of time were discovered.



The “WMAP” Satellite – Launched in 2000. Better pictures weremade about these variations from the BIG-BANG.



The “PLANCK” Satellitethe third space

CMB mission afterCOBE and WMAP, isdesigned to extractessentially all of the

information inthe CMB temperature

anisotropies.



The Planck satellite is planned to be launched in April or May of

2009 together with the Herschel satellite. After launching,Planck and Herschel will separate and will be placed in different

orbits around the second Lagrangian point of the Earth-SunSystem.

Planck will also measure to high accuracy, the polarization ofCMB i i hi h d l l h f



CMB anisotropies, which encodes not only a wealth ofcosmological information but also provides a unique probe of

the thermal history of the Universe during the time when thefirst stars and galaxies formed.

It will also provide high resolution maps ofthose variations in new ways which will tellus a lot more about the very beginning of

the universe and the secrets of thestructure of space and time, the contentsof the universe and how the universestarted in its original motion.

Summarized (CMB) Cosmic Microwave Background is a mission that has



Summarized (CMB) Cosmic Microwave Background is a mission that hasbeen the most important source of information about the geometry and

contents of the Universe.





On the left hand side of the image we can see some mysterious process that kick-starts the universe in the beginning and then a period of accelerating and expansion

as the universe goes into the process of cooling to a point where it becomestransparent. Then on the right hand side, we see the period of time that mainstreamscience calls the Dark Ages, and then further to the right, the formation of the firststars and then their evolution to galaxies, then those galaxies forming into clusters,superclusters and then sheets of galaxies and we can observe how the universe is



Let’s see all of this more closely.

SDSS is a major multi-filter imaging



This SDSS (Sloan Digital Sky Survey) image is a digital sky surveyshowing million of galaxies at once. Every dot on the image is a galaxy.The image itself is digital combination of many pictures taken from the

satellites.

j g g



Lets see all this more closer.



Summarized (CMB) Cosmic Microwave Background is a mission that hasbeen the most important mainstream source of information about the

geometry and contents of the Universe.

It is an interesting pattern, but the scientific community doesnot have all the data to create a precise computer animation

and we will observe computer simulation generated from thesurveillance of only a million galaxies.

On the next animation we will a observe a complicated structure

- a great wall of galaxies, voids, filaments etc. There are hugeareas where we can clearly see that there are no galaxies andin other huge areas we can observe thousands of galaxiesclamped together.





There is another survey called 2dF Redshift Survey (TwoDegree Field of view). In the next animation we will virtually fly through one of those sheets of galaxies with the Warpspeed of a Million.



The next animation that we will see was made by George Smoot’s team of engineers It took thousands of processors to run for a



team of engineers. It took thousands of processors to run for afull month to create what we will see next.

In the animation we will see the filament, the white stuff asinvisible matter and the yellow as the stars and the galaxies. Wewill observe a virtual flight inside the sheet of galaxies, view a

couple of filaments intercepting with each other and forminglarger clusters of galaxies.

Then we will fly under where the very large super cluster is, sowe can see what it looks like from there During the flight all that



we can see what it looks like from there. During the flight all thatwe will be observing from the inside will probably be far too

complicated but when we observe it on a very large scale we willnotice that it is a very complicated design.

When we approach that super cluster of the galaxies we will seehow all those filaments of galaxies come together This



how all those filaments of galaxies come together. Thisobservation will probably look the same as if you had extremely

advanced technology as to travel so fast into the space-timecontinuum and as if your technology allowed you to detect thedark-invisible matter.

The entire visible universe and everything that we can see inevery direction with Hubble Space Telescopes and other



every direction with Hubble Space Telescopes and otherequipment was once in a region that was smaller than an atom. It

started with tiny quantum-mechanic fluctuations but it expandedat a tremendous rate. Those fluctuations were stretched toastronomical sizes and those are the same fluctuations that canbe observed in the cosmic microwave background.

So lets see the animation which probably is amongst the best thatare made so far about the shape and structure of our Universe







What do we need to knowabout galaxies?

From space observations astronomers have



From space observations, astronomers have

classified galaxies into three main groups:

-Elliptical galaxies

-Spiral galaxies-Barred spiral galaxies

Elliptical



These galaxies range in shapefrom almost spherical (often

referred to as lenticulargalaxies), to a flattened lens

shape. This group encompassesboth the biggest and the

smallest of the known galaxies

in the Universe. The image is acolour composite photo of the

central area of NGC 1316, a giantelliptical galaxy in the Fornaxcluster of galaxies. Many dark

dust clouds and lanes arevisible. Some of the star-like

objects in the field are globularclusters of stars that belong to

the galaxy.

Spiral



The distinguishing feature ofspiral galaxies is the set of

arms winding out from a centralbulge. Most frequently, thereare two arms, but sometimes

there are more. Thisspectacular image of the large

spiral galaxy is based on threeexposures in ultra-violet, blueand red light, respectively. Thecolours of the different regions

are well visible: the central

areas contain older stars of areddish colour, while the spiralarms are populated by young,

blue stars and many star-forming regions.

Barred spiral



NGC 1365 is one of the most prominentbarred galaxies in the sky. It is a

supergiant galaxy with a diameter ofabout 200 000 light years.

A massive straight bar runs through thisgalaxy and contains the nucleus at the

centre. It consists mostly of older stars

that give a reddish colour to the bar.The gravitational perturbation from thebar causes interstellar gas and dust

clouds to form a pair of spiral arms thatextend from the ends of the bar. Young

luminous hot stars, born out of theinterstellar clouds, give these arms a

prominent appearance and a blue colour.The bar and spiral pattern rotates

clockwise, as seen from us. One full turntakes about 350 million years.

>> And there are two other types of galaxies that



And there are two other types of galaxies thatshould be mentioned:

-Irregular galaxies

-Interacting galaxies

IrregularImage Credit: NASA, ESA, & The Hubble Heritage Team (STScI/AURA)



Irregular Under the gravitational grasp of alarge gang of galaxies, called the

Fornax cluster, the small bluishgalaxy is plunging headlong intothe group at 600 kilometres per

second. NGC 1427A will not survivelong as an identifiable galaxypassing through the cluster.

Within the next billion years, it willbe completely disrupted, spillingits stars and remaining gas into

intergalactic space within theFornax cluster.

Interacting



The spectacular barred spiralgalaxy NGC 6872 that is shaped

like an "integral sign". It is oftype SBb and is accompanied bya smaller, interacting galaxy, IC4970 of type S0 (just above thecentre). The bright object to the

lower right of the galaxies, is astar in The Milky Way.

The upper left spiral arm of NGC6872 is significantly disturbed

and is populated by a plethora of

bluish objects, many of whichare star-forming regions. Thismay have been be caused by a

recent passage of IC 4970through it.

As we have already presented, galaxies contain billions of



stars. Most of the galaxies require a massive compact

energy source of enormous strength to stabilize theorbits of stars within them.



The engine which drives the rotation and shape of each galaxyconsist of what astrophysicists refer to as a Super MassiveBlack Hole located in the direct center.

The Hubble Space Telescope started to find them in every galaxy.



Surprisingly for the whole scientific community, multiple Super

Massive Black Holes were found inside the same galaxy.

As new technology becomes available and new data is accumulated,many old views are starting to change.

Super Massive Black Holes are spinning at unbelievably high rates due to theiroverwhelming mass. At this high rate of spin, the Black Hole’s projected gravitational



field is no longer spherical but rather flattens out to form a massive yet extremelythin spinning disk.



So far, what have we discovered about the centres of theBlack Holes?



That they are points with unusual properties.



They have called them points of Singularity.



Points where Space/Time and all known laws of Physics...

.... fall apart.

Singularity is officially found in the centre of Super Massive Black Holes.



If we think of a Universe as a Space-Time Web, the gravity of ordinary stars and

planets creates a dent in this web.

The immense gravity of the Super Massive Black Hole is so destructive that itdistorts space and time to breaking point.



Sandra M. Faber, PhD.

University ProfessorAstronomer, University of California Observatories/Lick Observatory

Professor of Astronomy & AstrophysicsUniversity of California, Santa Cruz









Do we NEED TO KNOW something else about SuperMassive Black holes in the centres of the galaxies?





Super Massive Black Holes are going through cycles thatlast thousands of years.

They manifest a slow process of energetic recharge from theprevious outburst and when they reach the maximum energetic



level of recharging they explode and release huge amounts of

energetic particles.

In other words...



At the moment of culmination - the galactic cores explode andthey release unknown forms of energy in the galaxy.

It is so powerful that it affects the DNA of Life, the wholeenergetic makeup of the galaxy and usually stretches to the very



distant corners of that galaxy.

It comes from the point of Singularity.



It is completely intelligent and like the point ofSingularity possesses unusual properties.



Once it is released, it stretches to the very distantcorners of the galaxy..





Here is the Nexus inaction...



The bright core of galaxy M87 is located in the lower left side of each of

these Hubble Space Telescope images taken from 1999 to 2006, whilethe knot called HST-1 is the bright blob at centre. The glowing material atthe far right of the image is part of a stream of particles in the jet thatspeed up and glows with an ultraviolet light. (Image: NASA/ESA/J

Madrid/McMaster Universit





So it’s happening everywhere...



Not just far away in the distant cosmosbut also in our own backyard

THE MILKY WAY



Strangely, the ancients knew all about it.

And we consider our civilization advanced?





ANYWAY





Decades of intensive space scanning has finally revealed thetruth that has always been known by the ancients...

The Galactic core of The Milky Way did explode 26,000 yearsago...



From that explosion, powerful gamma ray bursts were releasedinto space and they are travelling towards this region of thegalaxy.Since the ejected Super Wave from the galactic core istravelling around the speed of light, and we are some 26,000light years away from it, it will become visible to us in fewyears.

From that explosion, powerful gamma ray bursts were releasedinto space and they are travelling towards this region of the

l



galaxy.

Since we are 26,000 light years away from the Galactic Center,and the ejected Super Wave is progressing around the speed oflight, it will become visible to the human eye in the near future.





The Milky Way’s galactic plane can easy be identified even by an untrained eye as one

views the shape and the characteristics of the galaxy.

Hubble-Spitzer Color Mosaic of the Galactic Center





CHANDRA X-RAY OBSERVATORY Galactic Center Survey



This is a 400 by 900 light-year mosaic of several Chandra images of the

central region of our Milky Way galaxy. The Super Massive Black Hole atthe center of the Galaxy is located inside the bright white patch in thecenter of the image. The colors indicate X-ray energy bands - red (low),green (medium), and blue (high).



The mosaic gives a new perspective to how the turbulent Galactic Center regionaffects the evolution of the galaxy as a whole. This hot gas appears to beescaping from the center into the rest of the Galaxy. The outflow of gas,

chemically enriched from the frequent destruction of stars, will distribute theseelements into the galactic neighbouring areas. Because it is only about 26,000light years from Earth, the center of our galaxy provides an excellent laboratoryto learn about the cores of other galaxies.



???

This hot gas appears to be escaping from the center into the rest



This hot gas appears to be escaping from the center into the rest

of the galaxy.

???

The outflow of gas, chemically enriched from the frequentdestruction of stars, will distribute these elements into thegalactic neighbouring areas.

???



???











"About 350 years ago, the region around Sgr A* was literally swamped in atide of gamma rays," said study leader Mikhail Revnivtsev of the Space



g y y pResearch Institute in Moscow and the Max Planck Institute for Astrophysicsin Germany. "We are now seeing an echo from a sort of natural mirrornear the Galactic Center -- the giant cloud Sgr B2 simply reflects gammarays emitted by Sgr A* in the past."





The new study, using data from the European Space Agency's orbitingIntegral observatory, found that compared to today, the Black Holereleased nearly a million times more energy during the outburst.



The radiation storm moved away from the Black Hole at the speed of

light, but technology was not able to witness the event at the time. Theeruption has been detected now because it is currently interacting witha cloud of hydrogen gas (Sgr B2) that's 350 light-years from the BlackHole.

IntegralEarthObs









This was in 2005





New observations of the Super Massive Black Hole at thecenter of The Milky Way Galaxy had revealed unexpectedlyturbulent conditions in the region where matter is sucked



turbulent conditions in the region where matter is sucked

beyond the point of no return.

Almost continuous violent eruptions of activity occur

where astronomers had thought matter disappeared in anorderly flow.

Enormous amounts of radiation have been observedstreaming out from the regions where the black holes areanchoring other galaxies.

The new study is the first to detect emissions from super-heated gas, called plasma, in the infrared portion of the



spectrum.

"Previous observations of radio and X-ray wavelengths suggeststhat the Black Hole is dining on a calm stream of plasma that

experiences glitches only two percent of the time”, said AndreaGhez, professor of physics and astronomy at UCLA who headedthe research team.

"Our infrared detection shows for the first time that the Black

Hole's meal is more like the Grand Rapids, in which energetic

glitches from shocked gas are occurring almost continually .”

"It varies dramatically in intensity from week-to-week, day-to-day, and even within a single hour," she said. "It's as if we



have been watching the Black Hole breathing."

The cause of the volatility is not known...

The new observations were made using the 10-meter Keck IITelescope at the W.M. Keck Observatory in Hawaii. “Seeing the



Black Hole's external activity in infrared was a breakthrough”, said Mark Morris, a UCLA professor of physics and astronomywho also worked on the study. Most of the plasma's emissionsappear to be in infrared, the results show.





http://www.esa.int/esaSC/SEM8SDANMUE_index_0.html 27 November 2006

>> ESA's gamma ray observatory Integral has spotted a rare

http://www.esa.int/esaSC/SEM8SDANMUE_index_0.html















>> ESA s gamma-ray observatory, Integral, has spotted a rare

kind of gamma-ray outburst. The vast explosion of energyallowed astronomers to pinpoint a possible Black Hole in ourGalaxy.

This X-ray image was obtained by ESA's XMM-Newton satelliteduring the night of 22-23 September 2006, and shows the



intense X-ray emission of the X-ray nova IGR J17497-2821. TheX-ray nova was first spotted by ESA’s Integral gamma-rayobservatory.

Credits: ESA/EPIC/ISDC

The outburst was discovered on 17 September 2006 by staff atthe Integral Science Data Centre (ISDC), Versoix, Switzerland.Inside the ISDC, astronomers constantly monitor the data



Inside the ISDC, astronomers constantly monitor the data

coming down from Integral because they know the sky atgamma-ray wavelengths can be a swiftly changing place.

It was during one of the first of these observations that astronomers saw the outburst takeplace. An unexpected event of this kind is known as a 'target of opportunity'. At first they didnot know what kind of eruption they had detected.



Thanks to the quick reactions of the astronomers at ISDC, observations were taken withsatellites and observatories all around the world. ESA's XMM-Newton X-ray observatory,NASA's Chandra and Swift space telescopes numerous ground-based telescopes captured



NASA s Chandra and Swift space telescopes, numerous ground-based telescopes captured

the elusive radiation from this cataclysmic event. Now astronomers are hard at work,understanding what it all means.





What about 2008 ?



PRESS RELEASE Date Released: Tuesday, November 18, 2008

Source: European Southern Observatoryhttp://eu.spaceref.com/news/viewpr.html?pid=26952

http://eu.spaceref.com/news/viewpr.html?pid=26952

http://eu.spaceref.com/news/viewpr.html?pid=26952



PRESS RELEASE Date Released: Tuesday, November 18, 2008

Source: European Southern Observatory

VLT and APEX Team Up to Study Flares from the

Black Hole at The Milky Way's Core

Astronomers have used two different telescopessimultaneously to study the violent flares from the SuperMassive Black Hole in the centre of The Milky Way. They



y y y

have detected outbursts from this region, known asSagittarius A*, which reveal material being stretched outas it orbits in intense gravity close to the central Black

Hole.

The team of European and US astronomers used ESO's VeryLarge Telescope (VLT) and the Atacama Pathfinder Experiment(APEX) telescope both in Chile to study light from Sagittarius



(APEX) telescope, both in Chile, to study light from Sagittarius

A* at near-infrared wavelengths and the longer sub-millimetre wavelengths respectively. This is the first time thatastronomers have caught a flare with these telescopes

simultaneously. The telescopes' location in the southernhemisphere provides the best vantage point for studying theGalactic Centre.

"At the VLT, as soon as we pointed the telescope at Sagittarius A* we saw itwas active, and getting brighter by the minute. We immediately picked up thephone and alerted our colleagues at the APEX telescope," says GuntherWitzel, a PhD student from the University of Cologne.



Witzel, a PhD student from the University of Cologne.

Macarena Garcia-Marin, also from Cologne, was waiting at APEX, where theobservatory team had made a special effort to keep the instrument onstandby. "As soon as we got the call we were very excited and had to work

really fast so as not to lose crucial data from Sagittarius A*. We took overfrom the regular observations, and were in time to catch the flares," sheexplains.

Over the next six hours, the team detected violently variable infraredemissions, with four major flares from Sagittarius A* . The sub-millimetre-wavelength results also showed flares, but, crucially, this occurred about oneand a half hours after the infrared flares.



To escape from the very strong gravity so close to the Black



Hole, the gas would have to be travelling at half the speed oflight in order for the gas to be streaming out in a jet.

Again this is what we observe had happened 26,000 yearsago, because of the delay of the lights arrival to Earth. Not justone beam but a whole group of beams were released from thegalactic core and at the moment are moving closer and closer

to our region.



If what ETs had delivered via crop messages is correct, we can expect the first to arrivesomewhere between December 21 – 24, 2012 and the last one to arrive exactly on December 28,

2013







The surprise: The H.E.S.S. data show that the density of cosmic raysexceeds that in the solar neighbourhood by a significant factor.Interestingly, this difference increases as we go up in energy, which



implies that the cosmic rays have been recently accelerated. So, thisdata hints that the clouds are illuminated by a nearby cosmic-rayaccelerator, which was active over the last thirteen thousand years.Candidates for such accelerators are a gigantic stellar explosion which

apparently went off near the heart of our galaxy in "recent" history(Chandra press release), another possible acceleration site is theSuper-Massive Black Hole at the center of the galaxy.









Comparison of the gamma-ray emission (after subtracting the two bright sources) with the distribution of

interstellar gas. The CS data shown in the previous picture are shown here blurred to the resolution ofH.E.S.S. (green contours). The diffuse gamma-ray emission (blue) approximately follows the gas distribution.This can be seen more clearly in slices in galactic latitude and longitude through the two maps ( shownunderneath). The red dashed line shows the gamma-ray emission that might be expected if a cosmic-rayaccelerator was active at the galactic centre 13,000 years ago.







Dr. Paul LaViolette, Ph.D



Dr. Paul LaViolette is president of the “Starburst Foundation” – The InterdisciplinaryScientific Research Institute >> dedicated to scientific research and education on

the Galactic Super-wave phenomenon.

He is the author of :“The Talk of the Galaxy”, “Earth Under Fire”, “Genesis of theCosmos (Beyond the Big Bang)” and “Sub-quantum Kinetics”.

Based on his work, he made predictions about the entry of interstellar dust into thesolar system ten years before its confirmation in 1993 by data from the Ulyssesspacecraft and by radar observations from New Zealand.



One key area of the Starburst Foundations research is concerned with theinvestigation of Galactic Super-waves, intense cosmic ray particle barrages thattravel to us from the center of The Milky Way.

















Dr. Paul was using neutrino activation which is when you bombard your sample in areactor, make it radioactive and then measure the resulting gamma rays.



From that you can tell what is in the Ice.





There were hundreds offindings.

Most of the research



World News Media own by the Elite does

not report such discoveries andsuppresses any evidence and results

from scientific research.

was conducted behindclosed doors.





WE WILL COMETO THAT LATER



Luckily, this discovery reachedpublic awareness.







Whatever happened...it happened so fast that

animals and other life forms were snap frozen ina second.



There was one major peak around 13,000 years

ago and another around 26,000 years ago



13,000 years matches this time frame...Is it going

to happen AGAIN?



Many indications point that it will...





In fact scientists look for Beryllium10 which is an radioactiveisotope of Beryllium. Beryllium10 is created in the atmospherewhen the atmosphere is bombarded with cosmic rays.



Ice core samples that match 13,000 and 26,000 yearsago, contained extremely large amounts of Iridium,

Nickel, Gold and Beryllium10.



Au 79

Gold





The galactic core of The Milky Way ejects huge amountsof energetic particles every 13,000-26,000 years.

Exactly the same...





Like Earth, our entire solar system has its own atmosphere,called the Heliopause. This "bubble" surrounds the Sun andplanets as it travels through galactic space.



Like our earth's magnetosphere, the movement of the heliopause creates a rounded"head" and a narrowing "tail.“

Heliopause: “the point at which the solar wind meets the interstellar medium

or solar wind from other stars”.



Until recently, astronomers believed that our solarsystem was a region relatively free from cosmic dust.

The cosmic dust and frozen material of space were

kept outside this protective bubble.





Infrared Astronomical Satelite (IRAS)



Nearly the entire sky, as seen in infrared wavelengths and projected at a one-half degree resolution, is shown in this image,assembled from six months of data from the Infrared Astronomical Satellite (IRAS). The bright horizontal band is the plane of TheMilky Way, with the center of the Galaxy located at the center of the picture. (Because of its proximity, The Milky Way dominates ourview of the entire sky, as seen in this image. The colors represent infrared emissions detected in three of the telescope's four

wavelength bands (blue is 12 microns; green is 60 microns, and red is 100 microns). Hotter material appears blue or white while thecooler material appears red. The hazy, horizontal S-shaped feature that crosses the image is faint heat emitted by dust on the planeof the solar system. Celestial objects visible in the photo are regions of star formations in the constellation Ophiucus (directly abovethe galactic center) and Orion (the two brightest spots below the plane, far right). The Large Magellanic Cloud is a relatively isolatedspot located below the plane, right of center. Black stripes are regions of the sky that were not scanned by the telescope in its firstsix months of operation.

The Ulysses Spacecraft





During the solar maximum of each 11-year- cycle, the polarity of

the Sun shifts - North becomes South and visa versa.



This brief period of magnetic instability allows some cosmic dust

to enter the heliopause because the Sun's "shields" are reduced.

But once thenew polarity is

established,the Sun usually

i kl bl k



quickly blocks the dust.

This time (2001) it didn't happen. Cosmic dust has beenstreaming in from the Galactic center and astronomers areat a loss to explain why.



This is the first time something like this has happened, atleast in the time frame of our Sun monitoring.







WHY THIS WAS THE CASE?



Something happened during the last solar maximum in 2001.

The best conclusion from accumulated data was - that the cause is an

unknown dynamic between our Star and the Galactic core. Somethingthat ancient Egyptian, Olmec and Rama cultures were talking about allthe time.

The protective shield around our solar system for some reason

became less effective and the galactic dust from outer-spacecontinued to penetrate inside. It’s still penetrating.

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It's likely that our solar system is already experiencing the invasive energy from the Galacticequator as we move closer to 2012.

The recent data shows that dramatic and potentially deadly effects can result from solar flares and



The recent data shows that dramatic and potentially deadly effects can result from solar flares andcoronal mass ejections. Substantial data suggests that an event, similar to the one anticipated inthe 2012 "doomsday" scenario, occurred about 13,000 years ago and was recorded by ancienthumans.

This event appears to have lasted for several years in duration and was responsible for the abruptend of the last ice age as well as a substantial culling of the human population.

The surprising findings of LaViolette, supported by other research, suggests that the extreme solarevent corresponded to powerful radiation coming from the center of The Milky Way Galaxy and thatit was associated with gamma rays and cosmic dust.

Recent observations have shown a dramatic increase ingamma ray energy in the Galaxy's equator which will be at itsmaximum alignment with our solar system on December 12,

2012



2012.

Anyway...all that was previously presented makes for somefewsome interesting questions:

What is this fuss about cosmic rays?



What is this fuss about cosmic rays?

What's so special about them, that we have to be aware of

them?

Certain amounts of cosmic rays enter our atmosphere

everyday and nothing special happens...so what's the message?

>> What is this fuss about cosmic rays?



We are talking about a Super-wave of energetic particles with unusualproperties that are coming our way. That same energetic wave of unknown

composition has the power to change everything that we see around us,including us. If the calculations are correct, it will be here somewhere inlate December 2012.

Maybe for some, this is only a 26,000- year-old deadly gamma-rayoutburst from the Sgr A*, something extremely dangerous to bereckoned with . However, for the open minded...it’s a lot more than

that.



It will be contact with the COSMICDESIGNER himself.

Its Bluish-White beams of light willchange the DNA of life in everythingtouched

Image of a nebula surrounding a young pulsar

known as PSR B1509-58, (about 17,000 light years away)as taken by NASA’s Chandra X-ray Observatory



touched.

It is a supreme program from the sameCOSMIC DESIGNER that created all the

planets, stars, galaxies, clusters andsuper-clusters that we can see.

It’s our opportunity for freedom and

evolution.

Why Bluish-White beams of light?-----------------------------------



Scientists have found that the core of an active galaxy can shine brighter than thegalaxy itself.

That is, cosmic ray electrons breaking away from the galactic core, close to thespeed of light, produce a bluish bright light, so bright, that it masks the life ofgalaxy spiral arms and surrounding masses of stars.

Since our solar system is currently at the location of a joining point between theSagittarius Dwarf galaxy and The Milky Way, the arrival of cosmic rays willcertainly affect us.

I wish this was another joke...like many other illusionary stories wehave heard lately...But it’s not.



Also a huge celestial bodywill be passing very closeto our solar system. Itsmass is greater than theone of Jupiter and itsgravitational influence willbe major.

The Shadow Governmentis completely aware ofthis...it knows what is

coming and is keepingh bl



coming and is keepingthis as quiet as possible.

There is a huge

underworld built underthe earth’s surface and

it’s already operational.

The preparations for thisevent have already

started.

It has to do with a lot of things...climate change,

DNA change, the molecular makeup of the solar

system...and also...it has major effects on the Sun.

WHAT IS SO SPECIAL ABOUT COSMIC RAYS, THAT WE HAVE TO BE SO AWARE OF?



As we were saying earlier, since we can’t see the galactic core because of itsintervening dust clouds, most of the bluelight from the galactic core explosion will

come from the cosmic ray electronsd f h



come from the cosmic ray electronsemitted from the core.

During the 26,000 light year journey tous, these powerful cosmic ray electronswould continuously generate a beam abluish light.

Soon after they become visible to us on

Dec 13, 2012, a Super-wave of cosmic rayswill start to penetrate the protectivemagnetic field of our solar system.





This will cause a network to form, of faintlyluminous cobweb-like filaments stretching outfrom the sky.



Perhaps the most unpleasant phenomenon to occur in thisearly stage will be the prompt arrival of an electromagnetic

pulse and perhaps shortly afterwards, the arrival of a giantgravity wave.





It will impact our Sunand all the planets in

our solar system

causing severe



causing severeweather patterns,natural disasters,

and shift of themagnetic and

geological Poles. Weall know what that

leads to.







The gravity which holds the water in oceans at the moment of the flip-over (Pole Shift), will no longer be able to sustain its equilibrium(balance) and the water from it no longer controlled by stablegravitation, will escape on one side which means nothing else but a

New Global Flood!



New Global Flood!



This will trigger Tsunamis that are mileshigh, a tearing apart of the continents,ash fallout from volcanoes and winds likeno other seen so far. There is a high

probability that this will occur when thei f th E th d



probability that this will occur when theprecession of the Earth ends on21.12.2012, (it takes 25,920 years tocomplete a rotation) The Earth will stop rotating and

when that happens, the people thatsurvive will then experience whatthe ancient records described as“Heaven and Earth switching places.

At the beginning of a new dawn, theSun will rise on a different side”.











2009: January. Floods across North Queensland. Eight dead,thousands of homes and businesses destroyed. Photo: Paul Harris



The North Queensland town of Normanton - Wednesday, Feb. 4, 2009



???



The Mayan Calendar is primarily based on a point in the Pleiades.

Is this why this spot will no longer be in the same location in the sky onDecember 21st 2012, and why their Calendar does not continue?



Or did they just run out of paper?

IT’S COMING THIS WAY, AND ITS COMING SOON!



The ancients left clear warnings about this event, thousands

of years ago. We have to stop being so blind to the facts!



BUT, WHAT ABOUT THE SUN?

July 15, 2008, Avebury Manor / UK



From the data that is confirmed or passed on through thepictograms in the crop circles, our star will drasticallyincrease its mass.

22 July 2008 Avebury Manor / UK



But, Crop Circles are all man-made. Right?



At least that is what the world-media is tellingus...







From what we know, the Sun is a magnetic variable star that

passes through a magnetic cycle usually lasting 22 years, withintense sun spots every 11 years. During the time of the solar

maximum there is very high chance that the Sun will produce

massive solar storms.

During such a storm, Earth would be under the influence of the Sun’s

bombardment, and the highest layer of the atmosphere would becomeso electrically dense that all equipment or technology that orbits our

planet would be exposed to danger.



This hitting of the Earth’s atmosphere will increaseas those currentscirculate above our

planet.







The next Solar maximum matches December 2012.

NASA predicts that the next solar maximum will be like no otherpreviously seen.



previously seen.

The Sun is behaving unusually (the sunspot anomalies), and is

currently showing some unknown properties.

There are major changes taking place inside the Sun.

Is it also going through a recharge mode?



What’s going to happen when it reaches its

maximal energetic level?



It’s GOING to expand in mass, producing

a Solar Storm like no other!

S

U

N



N

S

PO

TS

Dark spots on the Sun were spotted via telescopes in 1610. Two years later in 1612, anItalian physicist and astronomer Galileo Galilei, sketched for publication, somemysterious dark regions that he saw on the surface of the Sun.

Today, 400 years later we call these dark regions "Sunspots".



From what we have observed so far, dark regions emergeperiodically on the Sun’s surface. These dark regions containmore intense magnetic fields than the rest of the Sun. As these

spots can be much larger than Earth, these strong magneticanomalies slow down the Sun’s convection current – these



anomalies slow down the Sun s convection current theseanomalies normally steer hot gas from deep inside the Sun, up tothe surface.

With conventional currents being slowed or stopped, the Sun’s surface temperature can drop 2000-3000F. A cooler temperature means no glowing gas in these regions, which is why a sunspot's color is sodark. Sunspots are also the origin of dramatic flares known as Coronal Mass Ejections (or CME's). Theseare big flares propelled by strong solar winds of ionized particles and plasmas into the Solar System at 2Million Miles per hour or more. Strong magnetic solar storms can do a great deal of damage to ourelectrical power grids and other electro-magnetic equipment on Earth.



ExtremeMagneticStormscan do ... more damage.

Despite four centuries of study - from old telescopes to modernsatellites, solar astrophysicists still do not know precisely howSunspots work or why there are Solar Cycles. From four centuries of

study, we can conclude that Sun is going through an 11-year Sun-Spot-Cycle. At the solar min, the Sun should be very calm, with a minimum of



y , y ,Sunspots. At the solar max, the Sun should be very active, withmaximum of Sunspots.



During the last solar maximum in 2001, the outbursts of the Sun wereextremely powerful. One CME was so strong that it went off the charts.Scientists called it the biggest Solar X-Flare on record. It was at least X-20.The solar wind went into space at speeds of nearly 5 million miles per hour.We were lucky that day because that CME missed the Earth.

From the latest observations we can see thatthose rare sunspots in the Solar Cycle 24 arestarting to behave as holes and are



gabsorbing the injected CMEs back inside the

Sun.

Something is very different about this Solar

Cycle, scientists conclude.

This is a diagram of the percentages of the days in each month with no reportedsunspots.



A clear perspective of the transition from one solar cycle to another is given byexamining the days of no reported sunspots.

Solar Influences DataAnalysis Center (SIDC)



This diagram shows the cumulative number of spotless days during thetransition. At the end of 2008, the number was 512 and is still climbing

rapidly four years after the first spotless day.

Solar Influences DataAnalysis Center (SIDC)



http://www.appinsys.com/NASASolar.htm

In 2008, it was observed that 266 of the 366 days (73%) had NO sunspots.

S t t f 2009 h d d l A f M h 31 t



Sunspot counts for 2009 have dropped even lower. As of March 31st,78 out of 90 days (87%) had NO sunspots.

In 2008, the sun set the following record: A 50-year low in solar windpressure: Measurements by the Ulysses spacecraft revealed a 20%drop in solar wind pressure since the mid-1990s—the lowest point

since such measurements began in the 1960s. The solar wind helpskeep galactic cosmic rays out of the inner solar system. With the solarwind flagging, more cosmic rays are permitted to enter.



http://www.appinsys.com/NASASolar.htm

ONCE MORE:

The solar wind helps keep galactic cosmic rays out of the inner solart With th l i d fl i i itt d



system. With the solar wind flagging, more cosmic rays are permittedto enter.

Heliopause: the point at which the solar wind meets the interstellarmedium or solar wind from other stars.

Cosmic rays that are coming from the galactic center are bringinghuge amounts of cosmic dust with them and at the moment theHeliopause can not longer shield them.

-What happens when huge amounts of cosmic dust enter our solarsystem?

>>The same thing that happens when huge amounts of dust entersour lungs.



>>We choke...

>>And so it is the same with the solar system.

...The dust will start to fall on to the Sun...

...And that means a lot of trouble in the 3D realm...







Once huge amounts of cosmic dust and gas penetrate our solar

system during the super-waves, cosmic dust and gas is going to hit

our Sun; the dust and gas piercing through the surface, irritating thesun, and causing the Sun to burn more hotly.



In addition, cosmic dust cocoons would surround the Sun. This wouldgenerate an increase of the Sun’s surface temperature as a result of aninterception of the sun’s energetic flux output, and immediately after, areflection of the same, back to the sun’s surface.



cosmic dust cocoons

These two effects would produce extremely highly-powered solarwinds, with the appearance of extremely large and dangerous solar

flares affecting all life on Earth.

In other words, the cosmic dust and gas arriving at the end of 2012 intoour solar system with the coming of the Nexus, The Super-wave Event,



will cause our Sun to behave like a T Tauri Star.

T Tauri stars are stars that are surrounded by a thin cloud ofinterstellar gas and dust which when induced, become intensely bright

because of continuous coronal activity.

In the end they would become strong emitters of cosmic rays!

T Tauri Star





Anyway...For some reason, the energetic output that comes from theSun towards Earth and other planets in the system...has changed!

Between the timeof the last solar

maximum in 2001and present

time, there havebeen visible



changes onevery planet

including Pluto.

Pluto: 300% increase in atmospheric pressure, even as Pluto recedes further from the Sun,



Distant Worlds: Pluto and its moons areso distant and so small, even theHubble Space Telescope can't get clearresolution of them.

Neptune: 40% increase in atmospheric brightness.

Gone





Uranus: “Really big, big changes” in brightness, increased global cloud activity



Saturn: A major decrease in equatorial jet stream velocities in only 20 years, accompaniedby a surprising surge of X-rays from its equator







Saturn: Major decrease in equatorial jet stream velocities in only ~20 years, accompaniedby surprising surge of X-rays from equator



Saturn – South Pole





Jupiter: Over 200% increase in brightness of surrounding plasma clouds





Jupiter : North Pole





Mars: “Global Warming,” huge storms and the disappearance of polar ice









Venus: A 2500% increase in auroral brightness, and substantial global atmospheric changes

in less than 30 years.









Mercury:Unexpected polar ice discovered, along with a surprisingly strong intrinsic

magnetic field.



Massive Impact: MESSENGER's instruments revealedpreviously unseen details of Mercury's Caloris Basin impactcrater.



But what about Earth?

Extreme changes on every level of existence.

JUST TO NAME A FEW:

D l h Gl b l h



Drastic climate changes...Global warming; the

melting of polar ice sheets, the rising of sealevels, earthquakes, tsunamis and flooding,

ancient inactive volcanoes becoming active,

increased radiation from the Sun as a resultof earths weak protective shields.

Extinction of whole species...

Unseen “Magnetic Portals“ in the magnetosphere which

provide a direct electrical connection between the Earthand the Sun.



A major Shift in Consciousness as a result of DNAmutations from an unknown influence.

A separation between the Light and Dark Sides of the

Force. Beings that are present here on Earth are

choosing sides.





But before we continue...



Earth is hollow too...





It is the same with other planets.













Our planet is alive.

In the exact centre of our Earth there is a large shinysphere which is the spirit of our planet - Gaia.

It is a creative intelligence that connects everything

on this planet not just in the physical dimensions but



on this planet, not just in the physical dimensions but

in all other dimensions.

To be more precise – our planet is hollow andcontains many ancient cities. However, the central

sphere shining in the exact centre of Earth emanatesfrom an ancient underground city known as

Shambhala.



The Light that we observe from the polar openings is the radiance from Gaia.

Gaia is alive and just like us, has a bio-energetic makeup that requires a life-force to stay alive in this3D reality. That life-force is called mana and it comes from the Sun. From what we can observe, it is

similar to the breathing patterns between the Sun and the rest of the planets of the solar system.Every planet has openings at the spots we call the North and South poles, and these openings contract

and expand in a certain rhythm according to the pulse of the Sun.

It has exactly the same design as the Sun’s connection with Sgr A* , and so on ...towards the centre ofthe Universe.



If we remove the glasses of our prejudices and belief systems...it becomes crystal clear....It becomesvisible to us.



If you could fly close to

the surface of the Sun,you would hear a lot ofhumming noises and

sonic booms.

At Stanford Universityand the University ofCalifornia – Berkley,

physicists have



physicists haveprocessed radio signals

from the Sun andproduced an audio file.

The Sun vibrates with ahum that goes up and

down every five

minutes. Stanfordscientists – called it – a

singing Sun.

They had in their possession, several decades of recorded sunspot radio data. After theradio signal data was processed into audio files and the years were speeded up, it sounded

like a heartbeat.



There are no sunspots on the Sun at the moment...is theSun tired of singing?



Radio telescopes recorded the dimmest “radio sun” since we first startedrecording it. Careful measurements by several NASA spacecraft have also

shown that the sun’s brightness has dimmed by 0.02 percent at visible

wavelengths and a whopping 6 percent at extreme UV wavelengths.

The Ancients called the cycles: First Sun, Second Sun, Third Sun etc.

At the very end of every cycle there were drastic changes on Earth



At the very end of every cycle there were drastic changes on Earth.

The current cycle (The Fifth Sun) according to ancient Mayan systems endson December 21, 2012.



Back to Earth



Back to Earth...



Basically, the general public is convinced that the composition of our planet consistsof four main layers: the crust, the mantle, the outer core and the inner core.

The crust is much thinner (0-30Km) than any of theother layers, and is composed of the least dense

calcium (Ca) and sodium (Na) aluminium-silicateminerals.



Most of the Earth's mass is in themantle (30-2900Km), which iscomposed of iron (Fe), magnesium(Mg), aluminium (Al), silicon (Si), and

oxygen (O) silicate compounds.Basically, the mantle is solid at over1000 degrees C but can becomeviscous and unstable with pressure.

The outer core (2900-5200Km) is composed

mostly of iron (Fe) and about 10% of sulfur (S)and again, according to scientists, it is so hot there that this layer is molten.



The inner core (5200-6350Km) is under suchextreme pressure that it remains solid (Fe).

Whi h i f l Lik t t b li f t



Which is false. Like most current belief systems.



Uhh?…I forgot… What about the Lava

flows ?



It has got to be coming directly from the outer core right?

At least that’s what the Discovery Channel is telling us right?



All media sources are corrupt...don't believe them. They serve only todeceive you.

In fact, evidence has shown that the origin of the lava flow is so muchcloser to the surface of the planet than to the centre of our planet.

Nevertheless, if you ask a true scientist and he or she is honest, the

reply will be:

“W h l t d d t



“We have accumulated more data

about the surface of the Sun thanthe depth of the Earth!”

Which is only partly true, since the Elite of the scientificcommunity who work for the Shadow Government knowall about this.

How did Astronauts missed this?







They didn't.They were just not allowed to talk...

But some did...

Our Earth is hollow, with the two maini h P l



entries at the Poles.

Just like most of the planets we observe

with telescopes and satellites.

Most of what is presented to us about the structure of ouruniverse, our planet, other planets, what we are and how

we are all connected; our past, our DNA potential, other lifeforms in the universe...is mostly false.

It is deliberately kept that way, so that the Elite and others



above them, can maintain control over us and the planet.

So is there someone above the Elite?

-Oh Yes...it goes a lot deeper than that.









Over 70 large and small pyramidsSHENSI PROVINCE IN CHINA















I wonder how those Gentlemen missed that?



After 50 years of SPACE



After 50 years of SPACE



SHOULD WE INVESTIGATE MORE?



SHOULD WE INVESTIGATE MORE?

How the Astronauts missed that?















Tower Zero, Harold E. Holt Naval Communication Station







WHAT ELSE DID WE LEARN?



WHAT ELSE DID WE LEARN?

That we are NOT ALONE!



That we are NOT ALONE!

ABDUCTIONS





ABDUCTIONS



MARS 1976 - CYDONIA REGION



VIKING 1, 1976



1.5 km WIDE AND 1.3 km LONG MONUMENTAL STRUCTUREOF HUMAN FACE WITH A TEARDROP.



TODAY IT IS DEMOLISHED AND LOOKS NOTHING LIKE IN1976.



WHO DEMOLISHED IT…UNKNOWN



PHOBOS 2 IMAGE, MARCH 26, 1989

A COMPLEX OF 12 PYRAMIDS WITH PRECISEGEOMETRICAL CORRELATION.



























More than 200 monuments with ageometry and precision hardly reachable

even today. Deep jungles temples andpyramids, strange structures curved on



hard ground, mysterious half-etheric flyingbeings, gigantic submerged structures,extreme UFOs and USO activity. Its all

there. We just have to go and look.







































2012 a.D. Rumour or Reality

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