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Straight
Groep: Awaiting Activation
Laatst Ingelogd: 6-11-2008 14:25
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Zeppelin, Merovingians, and The Leap From the Lion's Mouth
The Ishtar Gate was the 8th gate to Babylon and its walls contained bulls and dragons (serpents) that were depicted interchangeably. Through the gate ran the Processional Way into the city to the temple of Marduk. At a right angle to the walls of the gate we find a wall adorned with Lions! The Ishtar Gate is symbolizing two of the four Cherubim signs of the zodiac at right angles exactly as they appear on the zodiac and may therefore represent the fixed cross or the Galactic Cross.
The famous Sphinx at Giza is facing due East where it aligned with its celestial counter part in the sky Leo (The Lion) at the vernal equinox around 10.500 BC (Time of the Great Flood). This was the time that the summer solstice Sun aligned with the Dark Rift of the Milky Way; it was the time of a Great Celestial Conjunction.
Here we are nearing 2012.. perhaps a Leap of Faith from the Lion's mouth (gate) will usher in the new Eon, as we gradually eclipse the Dark Rift of the Milky Way for the the first time in thousands of years.. We welcome back the Central Sun. [YouTube]http://www.youtube.com/v/jG6arZPHzgI&rel=1[/YouTube]
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Three of a kind
Groep: Forum Members
Laatst Ingelogd: Vandaag @ 0:27
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| Heavy shit man, maar is wel eens wat anders en best interessant om te lezen, vet gaaf man, ga zo door.
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Straight
Groep: Awaiting Activation
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NASA Scientists Get First Images of Earth Flyby Asteroid January 25, 2008 Scientists at NASA's Jet Propulsion Laboratory in Pasadena, Calif., have obtained the first images of asteroid 2007 TU24 using high-resolution radar data. The data indicate the asteroid is somewhat asymmetrical in shape, with a diameter roughly 250 meters (800 feet) in size. Asteroid 2007 TU24 will pass within 1.4 lunar distances, or 538,000 kilometers (334,000 miles), of Earth on Jan. 29 at 12:33 a.m. Pacific time (3:33 a.m. Eastern time).
"With these first radar observations finished, we can guarantee that next week's 1.4-lunar-distance approach is the closest until at least the end of the next century," said Steve Ostro, JPL astronomer and principal investigator for the project. "It is also the asteroid's closest Earth approach for more than 2,000 years."
Scientists at NASA's Near-Earth Object Program Office at JPL have determined that there is no possibility of an impact with Earth in the foreseeable future.
Asteroid 2007 TU24 was discovered by the NASA-sponsored Catalina Sky Survey on Oct. 11, 2007. The first radar detection of the asteroid was acquired on Jan. 23 using the Goldstone 70-meter (230-foot) antenna. The Goldstone antenna is part of NASA's Deep Space Network Goldstone station in Southern California's Mojave Desert. Goldstone's 70-meter diameter (230-foot) antenna is capable of tracking a spacecraft traveling more than 16 billion kilometers (10 billion miles) from Earth. The surface of the 70-meter reflector must remain accurate within a fraction of the signal wavelength, meaning that the precision across the 3,850-square-meter (41,400-square-foot) surface is maintained within one centimeter (0.4 inch).
Ostro and his team plan further radar observations of asteroid 2007 TU24 using the National Science Foundation's Arecibo Observatory in Puerto Rico on Jan. 27-28 and Feb. 1-4.
The asteroid will reach an approximate apparent magnitude 10.3 on Jan. 29-30 before quickly becoming fainter as it moves farther from Earth. On that night, the asteroid will be observable in dark and clear skies through amateur telescopes with apertures of at least 7.6 centimeters (three inches). An object with a magnitude of 10.3 is about 50 times fainter than an object just visible to the naked eye in a clear, dark sky.
Scientists working with Ostro on the project include Lance Benner and Jon Giorgini of JPL, Mike Nolan of the Arecibo Observatory, and Greg Black of the University of Virginia.
NASA detects and tracks asteroids and comets passing close to Earth. The Near Earth Object Observation Program, commonly called "Spaceguard," discovers, characterizes and computes trajectories for these objects to determine if any could be potentially hazardous to our planet. The Arecibo Observatory is part of the National Astronomy and Ionosphere Center, a national research center operated by Cornell University, Ithaca, N.Y., for the National Science Foundation. JPL is a division of the California Institute of Technology in Pasadena.
For more information, visit 2007tu24-scheert-29-januari-rakelings-langs en http://neo.jpl.nasa.gov
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Straight
Groep: Awaiting Activation
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Asteroid Threatens to Hit Mars | 12.21.2007
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Dec. 21, 2007: Astronomers funded by NASA are monitoring the trajectory of an asteroid named 2007 WD5 that is expected to cross the orbital path of Mars early next year. Calculations by NASA's Near-Earth Object Office at the Jet Propulsion Laboratory indicate that the 164-ft wide asteroid may pass within 30,000 miles of Mars at about 6 a.m. EST on Jan. 30, 2008. "Right now asteroid 2007 WD5 is about half-way between the Earth and Mars and closing the distance [to Mars] at a speed of about 27,900 miles per hour," said Don Yeomans, manager of the Near Earth Object Office at JPL. 
Above: This artist rendering uses an arrow to show the predicted path of the asteroid on Jan. 30, 2008. The orange swath indicates the area it is expected to pass through. Mars may or may not be in the asteroid's path. Image credit: NASA/JPL. [animation] There is a 1-in-75 chance of 2007 WD5 hitting Mars; researchers can't be more confident than that because of uncertainties in the asteroid's orbit. If this unlikely event were to occur, however, the strike would happen somewhere within a broad swath across the planet north of where the Opportunity rover is. "We estimate such impacts occur on Mars every thousand years or so," said Steve Chesley, a scientist at JPL. "If 2007 WD5 were to thump Mars on Jan. 30, we calculate it would hit at about 30,000 miles per hour and might create a crater more than half-a-mile wide." The Mars Rover Opportunity is currently exploring a crater approximately this size. Such a collision could release about three megatons of energy. Scientists believe an event of comparable magnitude occurred here on Earth in 1908 in Tunguska, Siberia, but no crater was created. The object was disintegrated by Earth's atmosphere before it hit the ground, although the air blast devastated a large area of unpopulated forest. The Martian atmosphere is much thinner than Earth's so a similar sized impactor would be more likely to reach the ground.Asteroid 2007 WD5 was first discovered on Nov. 20, 2007, by the NASA-funded Catalina Sky Survey and put on a "watch list" because its orbit passes near the Earth. Further observations from both the NASA-funded Spacewatch at Kitt Peak, Ariz., and the Magdalena Ridge Observatory in New Mexico gave scientists enough data to determine that the asteroid was not a danger to Earth, but could potentially impact Mars. Because the asteroid has been tracked for little more than a month, there is still some uncertainly about the path it will take. "Over the next five weeks, we hope to gather more information from observatories so we can further refine the asteroid's trajectory," says Yeomans. More data could eliminate or confirm the possibility of an impact. Stay tuned for updates from Science@NASA. 2007 WD5 Mars Collision Effectively Ruled Out - Impact Odds Now 1 in 10,000 January 9, 2008
Since our last update, we have received numerous tracking measurements of asteroid 2007 WD5 from four different observatories. These new data have led to a significant reduction in the position uncertainties during the asteroid's close approach to Mars on Jan. 30, 2008. As a result, the impact probability has dropped dramatically, to approximately 0.01% or 1 in 10,000 odds, effectively ruling out the possible collision with Mars. |
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Straight
Groep: Awaiting Activation
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Amerikanen schoten eigen spionagesatteliet neer boven Peru om atoomaanval op Iran te verhinderen Door Hannus, Op vri 21 sep 2007.
Volgens analisten van de Russische militaire Inlichtingendiensten is de enorme krater onlangs bij de stad Carancas in Peru niet ontstaan als gevolg van een meteoorinslag, zoals de westerse embedded pers meldde, maar veroorzaakt door het neerstorten van één van de meeste geheime spionagesatellieten van de Verenigde Staten, de KH-13. De KH-13 is bedoeld om hun kernraketten naar hun doel te leiden.
De satelliet is volgens de Russen neergehaald door een toestel van de United States Air Forces 30th Space Wing, gestationeerd op de Vandenberg luchtmachtbasis in Californië.
Volgens de Russische analisten werd de aanval op de spionagesatelliet uitgevoerd door een fractie van het Amerikaanse militaire establishment, die zo wilde voorkomen dat kernwapens worden gebruikt tegen Iran.
Dit zou erop duiden dat er op het moment een bijna openlijke machtsstrijd woedt tussen de twee blokken in de Amerikaanse leiding.
Ook de onopgehelderde gebeurtenissen met de zes atoombommen wijzen volgens hen op een krachtmeting in de Amerikaanse top. De Amerikaanse luchtmacht zou de kernbommen hebben verwijderd van de basis Minot in Noord-Dakota en naar de luchtmachtbasis Barksdale in Louisiana hebben gevlogen om ze uit handen te houden van de fractie die Iran wil aanvallen.
Groet.
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