Vatican Observatory Intelligence

Vatican Observatory Intelligence

[ IMAGE ( above ): Tau Air-Showers exhibiting Thomson scatter patterned Cherenkov muon light ‘multi-mesenger’ (  ‘atomic’ photon oxygen molecule vaporizors carried with ‘subatomic’ neutrino ground penetrators ) astroparticles of Very-High Energy ( VHE ) to Ultra-High Energy ( UHE ) Gamma-Ray Burst ( GRB ) jet streams known to be “Planetary Atmosphere Killers” when they are even as far-away as 1,000 lightyears from a planet. ( Click on image to enlarge ). ]

[ IMAGE ( above ) : X-Ray imaging composite photograph extragalactic view of  a multi-streaming Ultra-High-Energy ( UHE ) Gamma-Ray Burst ( GRB ) of Cherenkov muon light radiation emminating out-of the accretion disk from within a Supermassive Black-Hole ( SmBH ) near Centaurus A ( Cen-A ) at NGC 5128 within the Virgo A constellation near the Galactic Center of our Universe ( Click on image to enlarge ). ]

[ IMAGE ( above ) : Closer view of Very-High-Energy ( VHE ) Gamma-Ray Photons seen here as not only globules of blue-white light but also a ‘highly concentrated bursted stream of blue-white energetic particles’ leaving from the Centaurus A region near the Galactic Center of our Universe ( Click on image to enlarge ). ]

Vatican Observatory Intelligence by, Concept Activity Research Vault

September 18, 2012 21:42:08 ( PST ) Updated ( Originally Published: June 8, 2011 )

ARIZONA, Tucson – September 18, 2012 – Emanating from deep space, appearing through the Hubble Space Telescope ( HST ), CHANDRA and more are certain galaxies referred to as ”Blue Galaxies”  emitting what only appear to be blue flashes of light believed Cerenkov radiation containing Very High-Energy gamma ray photons killing planetary atmosphere.

[ VIDEO ( above ): Click on image ( above ) – to play this ‘official color video clip’. ]

Blue Galaxies

Photon Blue-White Pinprick Scatterings Killing Planetary Atmospheres

Within the Virgo A cluster of Scorpius-Centaur, Centaurus A ( CenA, NGC 5128, PKS 1322-427 ) emits a seriously significant Cherenkov ( Cerenkov ) Gamma-Ray Burst ( GRB ) streaming blazar jet beam created by two ( 2 ) galaxies that collided eons ago in a rare ‘dual Supernova’ ( “Supernovae” ) explosion and implosion creating a Supermassive Black-Hole ( SmBH ) eequipped with an incredibly powerful engine force wherein the core engine weighs heavier than 3-billion of our Suns and compressed down into only a small diameter – the size of our solar system. This streaming jet blazar of Ultra High-Energy grew in length from 5,000-lightyears long to 14,000,000 lightyears long within only ’8-years Earth time’ ( from 2000 to 2008 ) and is travelling at six ( 6 ) times faster than lightspeed.

This extrelely hot bright blue-white beam is uniquely closer to Earth than anything like it in our galactic universe, but there is a far greater threat than this dangerous ray beam that is secretly known as a “Planetary Atmosphere Killer” easily capable of ‘instantly burning-up all oxygen molecules’ when it reaches 1,000 light-years from Earth.

The best way to describe the Centaurus A streaming GRB jet blue-white blazar light burst, which is brighter than 100 of our Sun’s luminosity approaching Earth, was what astronomer Bruce Balick, wrote descriptively:

“Here on Earth, we’ll feel the wind of the ejected gases, sweeping past slowly – at first ( a mere 5-miles per second ) – and then picking up speed as the spasms continue to eventually reach 1,000-miles per second. The remnant Sun will rise as a dot ( no larger than Venus ) of intensely ( more brilliant than 100 present-Suns ) hot ( hotter than any welder’s torch ) light colored ‘blue-white’. Light, from this ‘fiendish blue pinprick’, will braise the Earth and ‘tear apart its surface molecules and atoms’. A ‘new but very thin atmosphere’ ( of ‘free electrons’ ) will form, as the Earth’s surface turns to dust.”

[ IMAGE ( above ): AMS-02 space-based monitoring Very-High-Energy ( VHE ) Gamma-Ray Photon Particles ( “Cosmic Rays” – invisible  to the naked eye ) pulse out-of Blue Galaxies across space as ‘bright blue-white pin-pricks of light’ that are ‘planetary atmosphere killers’ that scatter enroute  to a planetary surface like Earth’s ( Click on image to enlarge ). ]

[ IMAGE ( above ): Galactic Center depicting Centaurus A and more. Click on image to enlarge. ]

Looking Through Different Glasses

Early Vatican Telescopes ( also known as )  “Lookers”

Vatican Observatories

The world’s oldest and largest astrological telescope ( above ) was operated from the Vatican Observatory within the Vatican summer home (  in Castel Gandolfo, Italy – below ) for all Holy Roman Catholic Church Popes.

Earliest Vatican Astrological Observatory

[ IMAGE ( above ): Color image of earliest Vatican Observatory ( Castel Gandolfo, Italy ) plus black and white image of its Specola Tower section. ( Click on images to enlarge ) ]

Current Vatican Astronomical Observatory & LUCIFER Telescope

Vatican Cosmic Secret

The Vatican has several observatory telescopes, the most of which is depicted ( immediately above ), the Vatican Advanced Technology Telescope ( VATT ) is world renowned for having installed the first L.U.C.I.F.E.R. ( LUCIFER ) mirror prototype in its observatory atop Mt. Graham in Arizona ( USA ) adjacent to Steward Observatory Telescope housing the ’other’ “Large binocular telescope near-infrared Utility with camera and Integral Field unit for Extragalactic Research” ( LUCIFER ), a twin horned mirror system believed monitoring a deep-space advanced program secret, believed to be the Alpha Magnetic Spectrometer ( AMS-02 ) – recently placed permanently outside the International Space Station ( ISS ) in connection with the ground-based CERN project in Europe.

What deep space project could possibly be so important requiring billions during a global econ0mic crisis?

Why deep space project requires so much secrecy too surrounding what exactly observatory telescope mirrors are all working on?

Why are two ( 2 ) observatories, located right next to each other ( on the same mountain top ), looking into deep space?

Why the Vatican? Why use multiple millions of dollars taken from parishoner money donations to feed the poor and homeless around the world and instead fund a deep space observatory telescope looking into thin air at something we on Earth are helpless to do anything about while people are starving to death around the world? Sound cruel?

Why the U.S. government? Why use multiple millions of American citizen taxpayer monies to do the same thing the Vatican is doing when people are living in unsanitary conditions, lack medical supplies and dying from disease around the world, but who is feeding whom?

For what or whose end purpose is this serving? The ‘people’s? God’s? Alien’s? Come on, get real. Things like this do not occur – unless there is an Earth shattering global reason for doing this so, what is the public ‘not being told about’ ?

Why are ‘both deep-space astronomical observatory telescopes’  shrouded in secrecy?

What do they call ‘taking billions in monies from investors without informing shareholders what their money is being used-for’ considered?

What are the facts?

[ PHOTO ( above ) : Same position but using ‘optical imaging’ one can still see the Very-High-Energy ( VHE ) gamma-ray photons streaming out of Galactic Center of Universe near Centaurus A, but is this VHE gamma-ray photon burst ‘killer of atmospheres’ headed toward Earth? If so, when will it arrive on Earth? ( Click on image to enlarge ) ]

Deep Space Observatory Telescope FACT

The Atmospheric Cerenkov Telescope Array ( CTA ) [ NOTE: begun in 1992, as the HEGRA Atmospheric Cherenkov Telescope System ] is designated a large ground-based telescope array for deep space projects detecting ‘blue flashes of Cerenkov radiation’ caused by ‘Very-High-Energy’ ( VHE ) ’gamma-ray photons’, that kill planetary atmosphere, from certain distant galaxies.

The Advanced Gamma-ray Imaging System [ AGIS ], U.S. version, was considered too expensive ( more than $400,000,000 million ) so, the U.S. was to share costs and operations of CTA designed to explore a wide variety of particle accelerators in the Universe, from nearby :

Galaxies ( clusters ); Gamma Ray ( bursts ); Galactic Nuclei ( active ); Stellar Winds; Pulsars; Supernova; and, Micro – Quasars.

[ IMAGE ( above ): Astroparticle Physics – Very High Energy ( VHE ) gamma-ray photon particle atmosphere killers and gravitational wave messenger deflector arrays. Click on image to enlarge ). ]

The FACT Project

In 2010, FACT consisted of a new technology camera mounted at the focus of one ( 1 ) of the former HEGRA telescopes so, the Atmospheric Cerenkov Telescope Array ( CTA ) is becoming an Imaging Atmospheric Cherenkov Telescope ( IACT ).

G-APDs [ Geiger-mode Avalanche PhotoDiodes ] have more robust efficiency detecting photons coming from galaxies, and the first G-APD [ Geiger-mode Avalanche PhotoDiodes ] Cherenkov Telescope ( FACT ) is a joint effort of two ( 2 ) countries ( e.g. Switzerland and Germany ) with contributions from a variety of institutes, including:

ETH Zürich; TU Dortmund; ISDC ( INTEGRAL Science Data Centre for Astrophysics – Versoix, Switzerland ); EPFL; Humboldt-Universität Berlin; Ruhr-Universität Bochum; Technische Universität Dortmund; Friedrich-Alexander-Universität Erlangen-Nürnberg; Universität Hamburg; MPI für Kernphysik, Heidelberg; Landessternwarte Heidelberg; MPI für Physik, München; Universität Potsdam; Universität Tübingen; Universität Würzburg; and, Deutsches-Elektronen-Synchrotron ( DESY ) Zeuthen ( Hamburg, Germany ); and, More

Deep space observations trigger follow-up ‘observations of extragalactic blue flares’ from telescopes with ‘higher sensitivity’, e.g. MAGIC, VERITAS, and HESS.

[ PHOTO ( above ) : Vatican Observatory (also known as ) Vatican Advanced Technology Telescope ( VATT ) near Safford, Arizona, USA. ]


The Holy Roman Catholic Church Vatican placed its U.S. based astronomical observatory telescope – known as the Vatican Advanced Technology Telescope ( VATT ) – near Safford, Arizona high atop Mount Graham off highway State Route 366 ( SR 366 ) in the middle of the desert ( see photo above ). While VATT saw some U.S. controversy, even more questions now are beginning to surface.

Vatican Observatory History –

[ PHOTO ( above ) : Vatican Observatory ( near Castel Gandolfo, Italy – the Summer residence of Popes for decades ). ]

Directed by the Jesuits, the Holy Roman Catholic Church ‘astronomical telescope observatory’ had been ‘headquartered’ near the ‘Summer residence of the Popes’ at Castel Gandolfo, Italy where the Vatican Observatory has remained one of the ‘oldest astronomical research institutions in the World’, however today – according to Vatican officials – it now remains only a “historical point of Vatican astronomical investigation reference.”

[ IMAGE ( above ): Vatican Observatory at Papal Gardens, 1-mile south of Castel Gondolfo, Italy ( click to enlarge ) ]

Vatican Observatory New Headquarters Center –

In 2009, about 1-mile ‘south’ of the Summer residence of the Popes ( Castel Gandolfo, Italy ), the Holy Roman Catholic Church publicly announced its ‘new center’, providing:

– Jesuit community space separate from students and researchers; – Library; – Conference room; and, – More classrooms.

The Papal Gardens ( 1-mile south of Castel Gandolfo, Italy ) is where another Vatican Observatory is located. The dome ( image immediately above – on left ) is where the 26-inch ( 65 centimeter ) diameter f/3.7 Schmidt telescope is located, and the other dome ( image immediately above – on right ) is where the Carte du Ciel telescope is located.

[ PHOTO ( above ): Vatican Advanced Technology Telescope ( VATT ) Observatory atop Mt. Graham near Safford, Arizona, USA. ]

Vatican Observatory USA

The Holy Roman Catholic Church Vatican Advanced Technology Telescope ( VATT ), is located in yet another Vatican Observatory and this one is located in the United States desert region near Safford, Arizona atop the wintertime snow capped peak known as Mount Graham ( Mt. Graham ) whereon it additionally hosts the Steward Observatory.

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Source: UA News – University of Arizona ( Tucson, Arizona, USA )

Cardinal Who Oversees The Vatican Observatory Will Visit Tucson by, Lori Stiles ( Office of Communications – University of Arizona )

January 28, 2009

Catholic church Cardinal Lajolo will visit Vatican astronomers at the University of Arizona. His Eminence Giovanni Lajolo – president of the Pontifical Commission for the Vatican State city in Italy – will visit the offices of the Vatican Observatory Research Group ( VORG ) at the University of Arizona ( UA ) Steward Observatory while in Tucson, Arizona next month ( February 2009 ). Being the executive in charge, of day-to-day running of the Vatican City, Cardinal Giovanni Lajolo reports about the Vatican Observatory directly to His Holiness Pope Benedict XVI.

Vatican astronomers announced his ( Cardinal Giovanni Lajolo ) visit, which will occur February 26, 2009 through February 28, 2009. While in Tucson, Cardinal Lajolo is set to visit the University of Arizona ( UA ) on February 26, 2009. Cardinal Lajolo will also attend the Vatican Observatory Foundation Board meeting, annual seminar and awards dinner during his stay, said Vatican astronomers.

Cardinal Lajolo’s visit coincides with the International Year of Astronomy 2009, and “signifies the unique interest which the Holy See has towards its scientific research institute” based in Tucson, Arizona,” Vatican Observatory Director José Funes, S.J. ( Society of Jesus / a Jesuit priest ) and Vatican Observatory Public Relations Coordinator Guy Consolmagno, S.J. ( Society of Jesus / a Jesuit priest ), said in a news announcement.

“We have enjoyed an extremely productive collaboration with the Vatican Observatory in astronomical research and education for almost 30-years,” said Steward Observatory director Peter Strittmatter – professor of astronomy for the University of Arizona Regents.

Peter Strittmatter additionally noted that Steward Observatory University of Arizona faculty members have participated in the Vatican Observatory Summer Schools and that Vatican Observatory astronomers contribute to the University of Arizona astronomy education program. “We are delighted that Cardinal Lajolo will be visiting the UA campus to see for himself the excellent research environment which the Vatican Observatory Research Group ( VORG ) enjoys at Steward Observatory,” Strittmatter said.

In 1582, the era of Pope Gregory who reformed the calendar, the origin of the Vatican Observatory has been traced back that far as ‘one of the oldest astronomical observatories in the world’.

In 1935, the Vatican Observatory was headquartered at all Pope’s summer home in Castel Gandolfo, Italy.

In 1980, the Vatican Observatory opened its ‘dependent research center’ known as the Vatican Observatory Research Group ( VORG ) to take advantage of the world renowned astronomical facilities in southern Arizona ( USA ) where VORG is based at Steward Observatory ( part of the University of Arizona ).

In 1986, the University of Arizona astronomy faculty began helping teach many Vatican Observatory summer schools ( Castel Gandolfo, Italy ).

In 1993, Vatican astronomers inaugurated the Lennon Telescope ( 1.8 meters in diameter ) in southeastern Arizona with the Vatican adjoining Thomas J. Bannan Astrophysics Facility – altogether known as the Vatican Advanced Technology Telescope ( VATT ) located within the Mount Graham International Observatory ( MGIO ) complex.

The Vatican Advanced Technology Telescope ( VATT ) is a major Vatican astronomical tool used to study planetary sciences, stellar astronomy, extragalactic astronomy and cosmology.

The Steward Observatory Mirror Laboratory ( Tucson, Arizona ) giant rotating furnace casted and polished ( using ‘stressed lap technology’ ) the Vatican Advanced Technology Telescope ( VATT ) observatory mirror, that was the ‘L.U.C.I.F.E.R. mirror prototype’ for the Large Binocular Telescope ( LBT ) as well as other world class telescopes.

Jusuit priests Jose Funes and Guy Consolmagno said that during the Cardinal Lajolo ( who speaks Italian, German, English and French ) visit to the U.S., he will meet with the University of Arizona ‘technical staff responsible for developing’ the Vatican Advanced Technology Telescope ( VATT ), and then will later travel to Washington, D.C. where on March 2, 2009 – at the Apostolic Nunciature – he will attend a reception hosted by the Vatican ambassador ( i.e. Papal Nuncio ) to the United States of America.

The Vatican Observatory ( also known as ) “Specola Vaticana” is organizing special events during the 2009 International Year of Astronomy, and one ( 1 ) event involves several University of Arizona astronomy faculty members in June 2009 for a 1-week long international symposium attracting past participants and alumni of Vatican Observatory summer schools ( Castel Gandolfo, Italy ) to discuss 21st Century roles of astronomers, astronomy and ongoing research projects.

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[ PHOTO ( above ): “Large binocular telescope near-infrared Utility with camera and Integral Field unit for Extragalactic Research” ( LUCIFER ) twin horned mirrors ( Top View ) inside the Large Binocular Telescope ( LBT ) at Steward Observatory ( click to enlarge ) ]

[ PHOTO ( above ): “Large binocular telescope near-infrared Utility with camera and Integral Field unit for Extragalactic Research” ( LUCIFER ) twin horned mirrors ( Side View ) for the Large Binocular Telescope ( LBT ) at Steward Observatory ( click to enlarge ) ]

Mt. Graham LUCIFER Mirrors –

On April 22, 2010 Steward Observatory conducted a ‘press tour’ allowing only a select few people ’inside’ to view the ‘red color twin horn mounted’ high-technology telescope mirrors curiously named, the: ”Large binocular telescope near-infrared Utility with camera and Integral Field unit for Extragalactic Research” ( also known as ) ”LUCIFER” ( also known as ) ”Large Binocular Telescope” ( LBT ).

Upon Steward Observatory press guests being escorted ‘outside’ and up a hill to a key ’observation point’ overlooking a picturesque landscape looking downward just beyond and a little to the left of Steward Observatory ( with LUCIFER inside ), just above tree-top level appears an arch that glistens like silver under Sun whereupon the Steward Observatory guide asked the press group if they had any questions.

One press guest woman asked, “Do you see that archway there?”

The Steward Observatory press guide replied, “That silver thing? ( followed by a short delay ) That’s the Vatican telescope.”

Beginning at approximately 1-minute and 35-seconds into an official Steward Observatory Large Binocular Telescope ( LBT ) color video clip ( immediately below ) of the aforementioned press tour, the aforementioned question and answer is heard in-addition to visual film footage documentation of the location and proximity of the Vatican Observatory in relationship to its LUCIFER mirror LBT information sharing neighbor of the Steward Observatory ( see immediately below ):

[ VIDEO ( above ): Click on image ( above ) to start playing ‘this official color video clip’. ]

Cloaked under the Thomas J. Bannan Astrophysics Facility named ”Mount Graham International Observatory” ( MGIO ), the Vatican Advanced Technology Telescope ( VATT ) is a 1.8-meter telescope located inside this Mt. Graham mountain Vatican Observatory near Safford, Arizona.

Extragalactic Research –

[ IMAGE ( above ): Gravitational Lensing – Color Diagramatic ( click to enlarge ) ]

Mount Graham International Observatory ( MGIO ) –

America’s southwest State of Arizona Coronado National Forest Pinaleño Mountains highest peak is known as “Mount Graham” ( also known as ) “High Peak” reaching an elevation of 10,720 feet ( 3,267 meters ) within the County of Graham. Mt. Graham summits are headwaters for numerous perennial streams running through five ( 5 ) major botanical zones.

In 1988, the U.S. Congress authorized construction of astronomical telescope observatories on Mt. Graham where some of the clearest skies in the world exist and precisely where the Mount Graham International Observatory ( MGIO ) exists, e.g. Vatican Observatory – Vatican Advanced Technology Telescope ( VATT ), Steward Observatory – Large Binocular Telescope ( LBT – LUCIFER ) and Large Synoptic Survey Telescope – LSST, Heinrich Hertz Submillimeter Telescope ( HHST ),  and where multiple organizations have also set up large astronomical telescopes in a few separate observatories that were authorized by a U.S. Congress ‘rare peace time waiver of United States environmental laws’.

Mount Graham International Observatory ( MGIO ) is opposed by environmental groups, including the Sierra Club, because Mt. Graham higher elevations are considered the last remaining habitat for the endangered species known as the Mount Graham Red squirrel. Mt. Graham was biologically isolated for thousands of years with its higher elevation providing refuge for surviving populations of plants and animals with adaptive root strategies dating back to environmental conditions of the Pleistocene Ice Age ( 2,000,000 million years ago ) where today there still exists old growth forest stands of the oldest conifer trees in the southwest United States as well as associated habitats for threatened and endangered species.

In 1993, at the base of Mt. Graham, St. Paisius Orthodox Monastery was founded.

There has also been outcry from four ( 4 ) federally recognized Native American indian tribes of the Western Apache Nation and other Native American groups whom consider the site of Mt. Graham to be sacred. Mt. Graham is near the northern limit of the Chiricahua Apache Native American homeland and southern margins of Western Apache territory, the range is one of the Western Apache’s four ( 4 ) holiest mountains – considered sacred by all regional Native people. Mt. Graham is located between the southern Rocky Mountain range of America and the Sierra Madre Occidental mountain range of Mexico.

Steward Observatory – Astronomy Observatory Gatekeeper –

Steward Observatory, however hosts the “Vatican Observatory Research Group” at the University of Arizona ( UofA ), in-addition to other Arizona astronomical observatories that, include:

– Vatican Advanced Technology Telescope ( VATT ) at Vatican Observatory ( Arizona, USA ); – Large Binocular Telescope Observatory ( LBT ) at Steward Observatory ( Arizona, USA ); – Large Synoptic Survey Telescope ( LSST ) at Steward Observatory ( Arizona, USA ); – Multiple Mirror Telescope Observatory ( MMT ) at MMT Observatory ( Arizona, USA ); and, – Kitt Peak National Observatory ( Arizona, USA ).

Vatican Advanced Technology Telescope ( VATT ) telescope mirrors were fabricated in Germany based on information supplied from the Steward Observatory Mirror Laboratory in Arizona, USA and elsewhere.

Steward Observatory hosts the ‘twin’ LUCIFER mirrors referred to as the observatory of the World famous Large Binocular Telescope ( LBT ) consisting of two ( 2 ) 8.4 meter ( 27.6 foot ) diameter mirror telescopes brought into existence by the LARGE BINOCULAR TELESCOPE CORPORATION list of sponsors ( below ):

– RESEARCH CORPORATION FOR SCIENCE ADVANCEMENT ( Ohio, USA ); – LANDENSTERNWARTE ( Heidelberg, GERMANY ); – LBT Beteiligungsgesellschaft ( GERMANY ); – Max Planck Institut fur Astronomie ( Heidelberg, GERMANY ); – Astrophysikalisches Institut Potsdam ( GERMANY ); – Max Planck Institut fur Extraterrestriche Physik ( Munich, GERMANY ); – Max Planck Institut fur Radioastronomie ( Bonn, GERMANY ); – Instituto Nazionale di Astrofisica ( ITALY ); – University of Ohio ( Ohio, USA ); – University of Virginia ( Virginia, USA ); – University of Notre Dame ( Indiana, USA ); – University of Minnesota ( Minnesota, USA ); – University of Arizona ( Arizona, USA ); – Arizona State University ( Arizona, USA ); and, – Northern Arizona University ( Arizona, USA ).

LUCIFER telescope mirror cameras are, for:

– Direct Imaging ( DI ); – Long Slit Spectroscopy ( LSS ); and, – Multi-Object Spectroscopy ( MOS ).

Vatican Observatory LUCIFER Telescope Worries Confused Catholics –

Holy Roman Catholic Church faith may be slowly redefining its postion on ’extraterrestrial life forms’ ( alien beings / biological entities ) as God’s children too, according to Jesuit priests studying Vatican Observatory information on the Universe, now surfacing into what has become an international religious controversy.

For centuries Catholics, led by priests teaching, parishoners were taught ‘they were the only children in the Universe put on Earth by God’, however now with the Vatican recognizing that just 10-years ago ( 1999 ) the Universe for some unknown reason is ‘expanding’ are considering there may be ’other life forms’ ( alien beings ) as well as Earthling human beings sprinkled throughout the Universe from God. ( see video clips below ):

Vatican Chief Astronomer Catholic Jesuit Father Jose Gabriel Funes ( below ):

Vatican Catholic Cardinal Giovanni Lajolo ( below ):

Vatican Curia ( Governing Body ) Catholic Monsignor Corrado Balducci ( below ):

Vatican expert and noted author Catholic Father Malachi Martin ( below ):

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Vatican Official Declares On National Television: Extraterrestrial Contact Is Real by, Richard Boylan, Ph.D.

June, 1999

Monsignor Corrado Balducci ( seen in video immediately above ), a theologian member of the Vatican Curia ( governing body ), and an insider close to the Pope, has gone on Italy national television five ( 5 ) times, including recent months, to proclaim that extraterrestrial contact is a real phenomenon.

Monsignor Balducci provided an analysis of extraterrestrials that he feels is consistent with the Catholic Church understanding of theology, emphasizing that extraterrestrial encounters “are NOT demonic, they are not due to psychological impairment, they are not a case of entity attachment, but these encounters deserve to be studied carefully.”

Since Monsignor Balducci is a demonology expert and consultant to the Vatican, and since the Catholic Church has historically demonized many new phenomena that were poorly understood, Balducci’s stating the Church does not censure these encounters is all the more remarkable.

Corrado Balducci revealed to a visiting professional from America that the Vatican is closely following this phenomenon quietly.

Speculation originally surmised the Vatican was receiving much information about extraterrestrials and their contacts with humans from its Nunciatures ( embassies ) in various countries, however subsequent information indicates Monsignor Corrado Balducci received his cases from other sources.

Monsignor Balducci is a member of a group acting as consultants to the Vatican on various matters concerning humans in possible contact with supernatural beings, and as such, the matter of extraterrestrial encounters would fall within their purview, and possibly as well the spiritual significance of the emerging general realization of extraterrestrial contact.

Parallel information from National Security Council ( NSC ) scientist Dr. Michael Wolf, a member of the NSC’s SSG subcommittee for managing the UFO phenomenon, as well as from noted author and Vatican expert Father Malachi Martin, suggests the Vatican is concerned it will have a major doctrinal updating situation on its hands when extraterrestrial contact becomes authoritatively announced by world governments over the next several years.

Parenthetically, it can be observed the Vatican Curia member declarations on Italy national television represent technically the first ( 1st ) declaration by an official of a major power government ( Vatican ), even if “speaking as an individual”, that extraterrestrial contact is real and happening – deserves serious study.

Whitley Strieber has just come out with a new book, “Confirmation”, which features an interview, in which Monsignor Balducci makes additional striking comments about the extraterrestrials as probably superior spiritual beings.

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According to a recent Steward Observatory ( Safford, Arizona, USA ) film, the Universe was only 10-years ago just discovered to be “expanding” in 1999.

In 1999, Jesuit Priest Malachi Martin, a 30-year Vatican commentator and advisor of three ( 3 ) Popes was interviewed and asked ‘why’ The Holy Roman Catholic Church Vatican built a multi-million dollar astronomy observatory in Arizona – in connection with the University of Arizona ( UofA ). Rev. Fr. Malachi Martin said, “The mentality, amongst those who are at the higher level, of Vatican Administration know that now the knowledge of what’s going on in space – and what’s approaching us – could be of great importance in the next five ( 5 ) to ten ( 10 ) years ( i.e. 2004 to 2010 ).

What was ‘it’ that theVaticanbegan preparing for 10-years ago in 1999?

Why is much of the Vatican Observatory prohibited from access?

Why is the University of Arizona ( UofA ) being allowed to be used by the Vatican?

Theories abound with speculation over several mysteries. From recent revelations to the public from Jesuit priests speaking about extraterrestrial matters to the relatively new Vatican Observatory information being fed through the Steward Observatory red-colored twin horned mirrors named LUCIFER atop the same mountain inArizonawhere they both are located.

There are more people growing convinced each day, based on new revelations, this all has something to do with an “Earth Event” coming that is being kept quiet from the public by governments. People that are rich and educated to those poor with little education are labeled by governments as being ”conspiracy theorists” and/or “doomsday sayers.”

You be the judge ( color video clip samples below ):

Multiplex Technology – used in the LUCIFER mirrors of the Large Binocular Telescope ( LBT ) inside the Steward Observatory – was ‘developed’ at Max Planck Institute for Extraterrestrial Physics ( Munich, GERMANY ), and these specially designed mirrors possess an inherent adapatability design feature allowing the mirrors to ‘grow’ even-more technologically advanced than they already are today.

In early 2011, an Adaptive Optic Secondary Mirror System ( AOSMS ) instrument for a 36-inch diameter by ( x ) 1.6 millimeter thick mirror for use on ”defraction-limited” cases was to be added at Steward Observatory.

New Catholic “Scientific-Religion” or Vatican Style Scientology?

In 1990, the Vatican Observatory ( VO ) together with its 25-year old Center for Theology and the Natural Sciences ( CTNS ) co-sponsored a series of international research ventures in a Joint Program known as its Scientific Perspectives on Divine Action ( SPDA ) that began engaging relationships with some of the most respected and well-known research on “theology” and “natural sciences,” however the Vatican Observatory and CTNS continued their Scientific Perspectives on Divine Action ( SPDA ) Program mission through another CTNS-VO collaboration project that was ‘moving behind and prior-to’ their already widely discussed problem of theodicy – namely within the context of “moral evil” they now cite as having somehow been “routinely overlooked” so, they are now identifying “natural evil,” as:

– Suffering; – Disease; – Death; – Extinction; and, – More.

The Vatican Observatory ( VO ) and Center for Theology and the Natural Sciences ( CTNS ) feel ‘these aforementioned problems’ are targeted better at the level of ‘physics’ and ‘cosmology’ where CTNS-VO now cites “natural evil” as being the ‘refiguration-of’ and ‘precondition-for’ being the “moral evil” underlying the structures within the ‘fundamental laws of nature’ they now predict is ‘moving into’ “evolution” and “genetics” as being “biological roots of moral evil.”

“Science” and “Religion” separately no more, according to the Vatican Observatory ( VO ) a “Science-Religion” has been developed by its Center for Theology and the Natural Sciences ( CTNS ) continually attracting ‘theologians’, ‘religious scholars’, ‘ethicists’, ‘philosophers’, ‘historians’ and ‘natural scientists’ in discussions the Vatican Observatory ( VO ) believes is fostering a ‘new legacy of mutually enriching scholarship’ with the Center for Theology and the Natural Sciences ( CTNS ) to continually serve as the ‘foundation’ for a “Science-Religion.”

[ IMAGE ( above ): Galileo Galilei. ]

Galileo Galilei, the 17th century Italian physicist, mathematician, astronomer and philosopher who played a major role in the Scientific Revolution, scored achievements including improvements to the ‘telescope’ and consequential astronomical observations. Galileo also supported Copernicanism ( Copernicus ).

Galileo was called the “father of modern observational astronomy”, the “father of modern physics”, the “father of science”, and “the father of modern science.” After 1610, however Galileo began publicly supporting the view of ‘heliocentricism’ – placing the Sun at the center of the Universe – and that met with bitter opposition from members of the Catholic Church clergy whom denounced Galileo during the Roman Inquisition in early 1615. In February 1616, the Catholic Church condemned Galileo as being “false and contrary to Scripture.” Galileo defended his heliocentric viewpoint by publishing ( 1632 ) his “Dialogue Concerning the Two Chief World Systems,” which the Roman Inquisition tried Galileo for. Galileo was found “vehemently suspect of heresy” and Galileo was sentenced to life imprisonment under house arrest.

The new Catholic science-religion appears still shrouded in secrecy, with speculation about its new name or just where it plans on taking the rest of Catholicism. Some suggest the new Catholic identifier may become known as Cathocosmologists, Cathoastrophysicists, but more outcry will surface as Papal authorities lean toward cannonizing Saint Galileo.

Some believe the Catholic Church will begin baptizing its ‘New Order’ sect – undoubtedly selected ‘highly-esteemed professional science-religionologists’ that will become known as Catho-AstroPhysicists, Catho-BioGeneticists, et al.

The Catholic Church radical departure away from traditional Roman Catholicism is a trend cleverly and subtly designed to lead followers away from their belief that “God is the center of the Universe.”

Many in the world today are eyeing all this very suspiciously and vowing ‘not’ to be caught, as the Vatican Observatory cites, ‘somehow overlooking’ any ‘moral evil’ albeit pontificated by the Vatican or any other global government of decisionmakers.

Submitted for review and commentary by,

Concept Activity Research Vault E-MAIL: ConceptActivityResearchVault@Gmail.Com WWW: http://ConceptActivityResearchVault.WordPress.Com


One response to “Vatican Observatory Intelligence

  1. Gravitational Lensing and more information ( below ):


    Source: National Center for Computational Sciences ( NCCS ) – Oakridge, Tennessee, USA

    In The Spotlight

    Invisible Means of Support
    by, Leo Williams

    August 7, 2008

    Astrophysicists simulate the dark matter that cradles a galaxy

    Sometime in the early 1930s, the eminent Switzerland astronomer Fritz Zwicky noticed something very odd as he was looking to the skies: Galaxies move around each other too fast.

    Zwicky was scrutinizing a group of eight ( 8 ) galaxies – orbiting one another – more than 350,000,000 ( million ) light-years away; in the Coma Galaxy Cluster.

    Sir Issac Newton and Albert Einstein principles, allowed Swiss astronomer Zwicky to understand ‘the balance of forces’ necessary to maintain the delicate balancing act for galaxies to exist, where every object ( with ‘mass’ ) exerts a ‘gravitational pull’ ( on other objects ); from a yo-yo ( dancing on a string ) to a galaxy, each ( both ) requires:

    1. Centrifugal Force – ‘pushing outward’ on galactic mass ( e.g. ‘yo-yo’ – of itself ), but with ‘too much outward force’, a galactic system ‘flies outward and apart’; and,

    2. Gravity – ‘pulling inward’ ( e.g. ‘string’ – of yo-yo ) on galactic mass, but with ‘too much inward force’, a galactic system ‘collapses in on itself’.

    Astronomer Zwicky problem was the Coma Galaxy Cluster he was observing ‘appeared to have too little mass’, and therefore ‘too little gravity’ – to hold together. Hence, these galaxy systems should have flown off into space.

    To explain this, Zwicky ( and his colleagues ) concluded these galaxies ( and all other galaxies ) are dominated ( controlled ) by the ‘principles of ‘matter’, and that ‘matter’ that was ‘invisible’ would be identifed as ‘dark matter’.

    Armed with a knowledge of how gravity works plus extensive observations of planets, stars and galaxies, scientists have in-fact concluded, that in the Universe:

    a. Less than one-fifth ( 1/5 th ) of all ‘matter’ is ‘visible’; and,

    b. More than four-fifths ( 4/5 th ) of all ‘matter’ is ‘invisible’ ( dark matter ); and,

    c. Dark matter ( invisible matter ) has ‘no interaction with regular matter’ except via ‘gravitational force’.

    There is ‘so much dark matter’ ( ‘invisible’ matter ) in the Universe, that ‘dark matter gravitational forces dominate ( control ) ‘star lifespan’ and ‘galaxy lifespan’.

    What would ‘dark matter look like’ if we could see it?

    Astrophysicist Piero Madau of the University of California – Santa Cruz ( UCSC ) led a team, that included:

    Juerg Diemand ( of UCSC );
    Marcel Zemp ( of UCSC ); and,
    Michael Kuhlen of the Institute for Advanced Study ( Princeton, New Jersey, USA ).

    Reviewed by them was a simulation that took a substantial step toward answering the question of what dark matter looks like.

    Jaguar ( CRAY XT5 ) supercomputer ( Oak Ridge National Laboratory – ORNL ) was used by the team of Piero Madau running ( PKDGRAV2 ) the ‘largest simulation ever’ on ‘dark matter’ as it would appear to evolve over billions of years – on a simulated galaxy ( like the Milky Way ).

    This enveloping became known as the ‘Dark Matter Halo’ ( DMH ).

    Findings were published in their paper entitled, “Clumps and Streams in the Local Dark Matter Distribution” seen in the journal “Nature” ( August 7, 2008 issue ).

    The simulation followed a galaxy size of dark matter through almost the entire history of the Universe, and divided that dark matter into more than 1,000,000,000 ( billion ) separate parcels. Each parcel of ‘dark matter’ was 4,000 times as massive as our Sun. It was a staggering job, tracking 9,000 trillion trillion trillion tons of ‘invisible’ stuff ( dark matter ) – spread across 176 trillion trillion trillion square miles – evolving over 13,000,000,000 ( billion ) years.

    Hypothetical Particles With Real Gravity

    Scientists do not know exactly what dark matter is, but believed hypothetical particle ( Weakly Interacting Massive Particle or WIMP ) candidates include, the:

    Sterile Neutrino;
    Axion; or,
    Another type of WIMP.

    Researchers ‘believe they do not need to know what dark matter is’ – in order to simulate it.

    Researchers ‘believe they only need to know that ‘dark matter interacts with other matter’ ( only through gravity ) and that it is cold – meaning ‘dark matter is made up of particles that were moving slowly when galaxies and clusters began forming’.

    Using initial conditions provided by observations of the cosmic microwave background, Piero Madau and his team were able to simulate dark matter through a computer application called PKDGRAV2 ( developed by a group of numerical astrophysicists at the University of Zurich, Switzerland ) that ignored visible matter and focused entirely on the gravitational interaction between a billion dark matter particles.

    The project had a major allocation of supercomputer time through the U.S. Department of Energy Innovative and Novel Computational Impact on Theory and Experiment ( INCITE ) program using about 1,000,000 ( million ) processor hours on the Jaguar system located at National Center for Computational Sciences ( NCCS ) of the Oak Ridge National Laboratory.

    “The computer was basically just computing gravity,” Piero Madau explained. “You have to compute the gravitational force between 1,000,000,000 ( billion ) particles, and to do that is very tricky. You’re following the orbits of these particles in a gravitational potential that is varying all the time. The code, allows you to compute with very high precision the gravitational force due to the particles that are next to you and with less and less precision the gravitational force due to the particles that are very far away, because the gravity becomes weaker and weaker with distance.”

    Dark matter is not evenly spread out, although researchers believe it was nearly homogeneously distributed right after the Big Bang.

    Over time, however, dark matter became bunched and clumped as gravity pulled it together, first into tiny clumps ( more or less ) like the mass of Earth.

    These clumps were pulled together into larger clumps, which were pulled together into still larger clumps, and so on until they combined to form ‘halos’ of dark matter massive enough to host galaxies. Hence, this enveloping was named ‘Dark Matter Halo’ ( DMH ).

    One ( 1 ) key question, then, is whether the smaller clumps would remain identifiable or would smooth-out within the larger galactic halos.

    The answer required a state-of-the-art supercomputer such as Jaguar, which at the time of the simulations in November 2007 was capable of nearly 120,000,000,000,000 ( trillion ) calculations a second.

    Because they did not have the resolution to resolve any unevenness, smaller simulations showed dark matter smoothing-out, especially within the dense inner reaches of the galaxy.

    Piero Madau’s billion-cell simulation, however, provided enough resolution to verify that subclumps and sub-subclumps do indeed survive, even in very inner regions – where our solar system is located.

    “You expect a hierarchy of structure in cold dark matter,” Madau explained. “What you don’t know is what sort of structure will survive the assembly because as these subclumps come together, they are subject to tidal forces, and they can be stripped and destroyed. So their existence in the field had been predicted. The issue was whether they would survive as assembled together to bigger and bigger structures.”

    “What we find,” he continued, “is the survival fraction is quite high.”

    Madau’s team will be able to verify its simulation results using the National Aeronautics and Space Administration ( NASA ) Gamma-Ray Large Area Space Telescope ( GLAST ) – launched on June 11, 2008 – will scan the heavens to study some of the most extreme and puzzling phenomena in the universe, such as: gamma ray bursts, neutron stars, supernovas, and dark matter – just to name a few.

    Dark matter direct detection is being pursued by large underground detectors so, while dark matter particles cannot be detected by NASA’s GLAST ( Gamma-Ray Large Area Space Telescope ), researchers believe dark matter particles and antiparticles may be annihilated when they bump into each other – producing gamma-rays that can be observed from space.

    The ‘clumps’ of dark matter, predicted by Madau’s team, should bring more particles together and thereby produce an increased level of gamma-rays.

    Piero Madau and his colleagues produced a second ( 2nd ) paper entitled, “The Dark Matter Annihilation Signal from Galactic Substructure: Predictions for GLAST” – scheduled for publication in the Astrophysical Journal ( September 10, 2008 ).

    Unbending Light Gravity – Gravitational Lensing

    A second ( 2nd ) verification comes from an effect known as ‘gravitational lensing’ where ( exerted by a galaxy along the line-of-sight ) ‘gravity bends the light’ traveling from faraway quasars in the background’.

    If dark matter halos ( DMH ) of galaxies are as clumpy as this simulation suggests, light from a distant quasar should be broken up – like a light shining through frosted glass.

    “We already have some data there,” Piero Madau noted, “which seems to imply that the inner regions of galaxies are rather clumpy. The flux ratios of multiple imaged quasars are not as you would predict with a smooth intervening lens potential. Instead of a smooth lens, there is substructure that appears to be affecting the lensing process. Our simulation seems to produce the right amount of lumpiness.”

    While this simulation may help explain why the universe is as it is, it leaves other questions unanswered. For example, Madau noted that while dark matter in the galaxy is very clumpy, that same feature is not found in visible matter. In fact, the Milky Way is orbited by far fewer dwarf galaxies than might be predicted by the simulation.

    “We see as many as twenty ( 20 ) dwarf galaxy satellites of the Milky Way that are luminous,” he explained, “and we estimate that there may be a hundred or so. But we predict thousands of relatively massive clumps. So one issue is, why are most of those clumps dark? It seems that we’re not very efficient at forming stars, and so there must be some sort of threshold where stars can only form in more massive potential.”



    – CARV [ ]

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