Asteroid Toutatis approaches Earth on December 12, 2012

7 07 2008

about 35 miles long, and its moon.
Caption and Image taken from
(Image courtesy of NASA/NSSDC).


Here is an excerpt from my upcoming PUBLICATION regarding the major doomsday theories and counter-doomsday theories.  I will be releasing Publication 2008 very soon.  The excerpt below is a debunking of Asteroid theories set forth by many theorist.  Their theory that particular asteroids are a CLEAR threat to the well-being of the human race contradicts recent data.  Many sites have been reporting on the recent data by the Center for Astrophysics at Harvard, which gives one the idea that the Asteroid Toutatis is going to be close enough to Earth to cause some global catastrophe on December 12, 2012. Even though I would like to believe this and report it as possible doomsday evidence, I remain objective and examined the data myself. According to the data (which can be found here: (Center for Astrophysics at Harvard), on December 12, 2012 the Asteroid Toutatis will be 0.04633 A.U. away from Earth. Oh my! Only 0.04633 AU! (sarcasm) That seems like such a small number so it must be the doomsday the asteroid. These other sites and doomsday theorists really believe you are unintelligent individuals and use that to feed you false information. We do things differently here at DDIG where we know you are capable and intelligent individuals that deserve non-bias factual information. So back to the information at hand… you might be asking yourself what is an AU? 1 A.U. is the average distance between the center of mass of the Earth and the center of mass of the Sun which comes out to be approximately, 92,955,807 miles or 1.496×10^11meters. Now we can use simple dimensional analysis to see actually how far the Asteroid is from the Earth.

0.04633 AU x 92955807 mi = 4,306,642 Mi away from the Earth.
2012 asteroid ….1 AU

So the Asteroid will be 4.3 x 10^6 mi away from the Earth… is that close? Lets put that in perspective by comparing that to Earth-Moon average distance. The Earth-Moon distance is 238,900 miles apart, meaning that the asteroid will be 18X the distance of the Earth to the Moon. In my opinion, thats not close enough to classify it as a Doomsday possibility… its even stretching it to call it a “close encounter”

Here is a LINK to the article which presents the information as if the Asteroid is going to impact (“cross”) the Earth. This is the source of my frustration towards data manipulating authors.

Beyond that point, lets examine other NEO’s (near-Earth objects). Based on the Center for Astrophysics at Harvard, the data suggests that there are at least 3 known NEO’s < 0.001 AU. The objects are identified by WN5, SB45, and Apophis will be in the Earth’s proximity June 2028, October 2037 and April 2027, respectively. WN5 and SB45 have distances around 0.0015 AU which gives them a distance of around 130,000 miles away from Earth. To put that in prospective, thats half the distance between the Earth and the Moon. Apophis has a distance of an 0.0002318 AU which coverts to 21547 miles away from the Earth! 21,547 miles is REALLY REALLY CLOSE. Could this be our Doomsday asteroid? Ill further examine dates in the Bible to make connections between Aprophis and the fire-filled Earth Biblical prophecies.

Posted by: D.Dig

5,388 Near-Earth Asteroids exist waiting to erraticate us

18 05 2008


Image taken from, Image credit to Stéphane Guisard


According to the article, “The Sky is Falling” in there are 5,388 Near-Earth asteroids and comets known to exist with 741 at least one-kilometer across or more. So whats chilling about this? NASA defines a global calamity asteroid as one one-kilometer across or more. That means we have 741 chances of Doomsday by astrological causes. Many scientist and geologist believe that this is what caused the mass extinction of the dinosaurs and the ice age. So you might be asking yourself, the chances of a collision are pretty low, so lets assume its not going to impact and just flyby, what then? According to Lawrence Berkeley National Laboratory, in California, this exact scenario happened almost 13,000 years ago with the passing of two large space rocks. This flyby lead to erratic global climate changes and ultimately the extinction of many plant and animal species.

Earth asteroid impacts have been understated in the media and through our educational system, we need to rethink the idea that we are independent from the harms of the space system and realize that we are part of this system where harm can come beyond Earth. As tornadoes and tsunamis affect us on a micro-global scale, asteroids and comets affect us on a macro-global scale. Most of us think of the our existence as a one system entity where earth is the system and what goes on in the earth are the changes to the system. But we need to break that and start to image our reality as a two system entity where yes, we do have changes on the system on Earth but there is a larger system of the universe that be belong to. Both of these systems work simultaneously together and are dependent; We can’t ignore this system or else we wont be prepared when doomsday comes.

Here is a video by Gregg Easterbrook whom leads an illustrated tour through the
treacherous world of space rocks. Video taken from

Taken from

Breakthrough ideas have a way of seeming obvious in retro­spect, and about a decade ago, a Columbia University geophysicist named Dallas Abbott had a breakthrough idea. She had been pondering the craters left by comets and asteroids that smashed into Earth. Geologists had counted them and concluded that space strikes are rare events and had occurred mainly during the era of primordial mists. But, Abbott realized, this deduction was based on the number of craters found on land—and because 70 percent of Earth’s surface is water, wouldn’t most space objects hit the sea? So she began searching for underwater craters caused by impacts rather than by other forces, such as volcanoes. What she has found is spine-chilling: evidence that several enormous asteroids or comets have slammed into our planet quite recently, in geologic terms. If Abbott is right, then you may be here today, reading this magazine, only because by sheer chance those objects struck the ocean rather than land.

Abbott believes that a space object about 300 meters in diameter hit the Gulf of Carpentaria, north of Australia, in 536 A.D. An object that size, striking at up to 50,000 miles per hour, could release as much energy as 1,000 nuclear bombs. Debris, dust, and gases thrown into the atmosphere by the impact would have blocked sunlight, temporarily cooling the planet—and indeed, contemporaneous accounts describe dim skies, cold summers, and poor harvests in 536 and 537. “A most dread portent took place,” the Byzantine historian Procopius wrote of 536; the sun “gave forth its light without brightness.” Frost reportedly covered China in the summertime. Still, the harm was mitigated by the ocean impact. When a space object strikes land, it kicks up more dust and debris, increasing the global-cooling effect; at the same time, the combination of shock waves and extreme heating at the point of impact generates nitric and nitrous acids, producing rain as corrosive as battery acid. If the Gulf of Carpentaria object were to strike Miami today, most of the city would be leveled, and the atmospheric effects could trigger crop failures around the world.

What’s more, the Gulf of Carpentaria object was a skipping stone compared with an object that Abbott thinks whammed into the Indian Ocean near Madagascar some 4,800 years ago, or about 2,800 B.C. Researchers generally assume that a space object a kilometer or more across would cause significant global harm: widespread destruction, severe acid rain, and dust storms that would darken the world’s skies for decades. The object that hit the Indian Ocean was three to five kilometers across, Abbott believes, and caused a tsunami in the Pacific 600 feet high—many times higher than the 2004 tsunami that struck Southeast Asia. Ancient texts such as Genesis and the Epic of Gilgamesh support her conjecture, describing an unspeakable planetary flood in roughly the same time period. If the Indian Ocean object were to hit the sea now, many of the world’s coastal cities could be flattened. If it were to hit land, much of a continent would be leveled; years of winter and mass starvation would ensue.

Other scientists are making equally unsettling discoveries. Only in the past few decades have astronomers begun to search the nearby skies for objects such as asteroids and comets (for convenience, let’s call them “space rocks”). What they are finding suggests that near-Earth space rocks are more numerous than was once thought, and that their orbits may not be as stable as has been assumed. There is also reason to think that space rocks may not even need to reach Earth’s surface to cause cataclysmic damage. Our solar system appears to be a far more dangerous place than was previously believed.

Beyond the Kuiper Belt may lie the hypothesized Oort Cloud, thought to contain as many as trillions of comets. If the Oort Cloud does exist, the number of extant comets is far greater than was once believed. Some astronomers now think that short-period comets, which swing past the sun frequently, hail from the relatively nearby Kuiper Belt, whereas comets whose return periods are longer originate in the Oort Cloud.

In 1980, only 86 near-Earth asteroids and comets were known to exist. By 1990, the figure had risen to 170; by 2000, it was 921; as of this writing, it is 5,388. The Jet Propulsion Laboratory, part of NASA, keeps a running tally at Ten years ago, 244 near-Earth space rocks one kilometer across or more—the size that would cause global calamity—were known to exist; now 741 are. Of the recently discovered nearby space objects, NASA has classified 186 as “impact risks” (details about these rocks are at And because most space-rock searches to date have been low-budget affairs, conducted with equipment designed to look deep into the heavens, not at nearby space, the actual number of impact risks is undoubtedly much higher. Extrapolating from recent discoveries, NASA estimates that there are perhaps 20,000 potentially hazardous asteroids and comets in the general vicinity of Earth.

There’s still more bad news. Earth has experienced several mass extinctions—the dinosaurs died about 65 million years ago, and something killed off some 96 percent of the world’s marine species about 250 million years ago. Scientists have generally assumed that whatever caused those long-ago mass extinctions—comet impacts, extreme volcanic activity—arose from conditions that have changed and no longer pose much threat. It’s a comforting notion—but what about the mass extinction that occurred close to our era?

About 12,000 years ago, many large animals of North America started disappearing—woolly mammoths, saber-toothed cats, mastodons, and others. Some scientists have speculated that Paleo-Indians may have hunted some of the creatures to extinction. A millennia-long mini–Ice Age also may have been a factor. But if that’s the case, what explains the disappearance of the Clovis People, the best-documented Paleo-Indian culture, at about the same time? Their population stretched as far south as Mexico, so the mini–Ice Age probably was not solely responsible for their extinction.

A team of researchers led by Richard Firestone, of the Lawrence Berkeley National Laboratory, in California, recently announced the discovery of evidence that one or two huge space rocks, each perhaps several kilometers across, exploded high above Canada 12,900 years ago. The detonation, they believe, caused widespread fires and dust clouds, and disrupted climate patterns so severely that it triggered a prolonged period of global cooling. Mammoths and other species might have been killed either by the impact itself or by starvation after their food supply was disrupted. These conclusions, though hotly disputed by other researchers, were based on extensive examinations of soil samples from across the continent; in strata from that era, scientists found widely distributed soot and also magnetic grains of iridium, an element that is rare on Earth but common in space. Iridium is the meteor-hunter’s lodestar: the discovery of iridium dating back 65 million years is what started the geologist Walter Alvarez on his path-breaking theory about the dinosaurs’ demise.

To view the entire article, click HERE

Posted by: D.Dig

NASA holding Press Conference on Planet X?

13 05 2008

Digg!A recent Press release from the says Nasa will “Announce Success of [a] Long Galactic Hunt”. Could this be the Planet X findings that has been rumored for the last couple months/years? The teleconference will air on May 14, 2008 and we will officially know what NASA has found.

Taken from

WASHINGTON — NASA has scheduled a media teleconference Wednesday, May 14, at 1 p.m. EDT, to announce the discovery of an object in our Galaxy astronomers have been hunting for more than 50 years. This finding was made by combining data from NASA’s Chandra X-ray Observatory with ground-based observations.

A video file about the discovery will air on NASA Television on May 14. NASA TV is carried on an MPEG-2 digital signal accessed via satellite AMC-6, at 72 degrees west longitude, transponder 17C, 4040 MHz, vertical polarization. NASA TV is available in Alaska and Hawaii on AMC-7 at 137 degrees west longitude, transponder 18C, at 4060 MHz, horizontal polarization.

To view the entire article, click HERE

Posted by: D.Dig

Official NASA Discovery of 10th Planet

25 04 2008


Not directly about doomsday but supports the theory of Planet X. If planet X exists, then does the Nibiru theory have some validity?

Taken from Science.Nasa.Gov

July 29, 2005: “It’s definitely bigger than Pluto.” So says Dr. Mike Brown of the California Institute of Technology who announced today the discovery of a new planet in the outer solar system.

10th Planet

Satellite Image of Planet X. Image taken from Palomar Observatory

This places the new planet more or less in the Kuiper Belt, a dark realm beyond Neptune where thousands of small icy bodies orbit the sun. The planet appears to be typical of Kuiper Belt objects–only much bigger. Its sheer size in relation to the nine known planets means that it can only be classified as a planet itself, Brown says.

Backyard astronomers with large telescopes can see the new planet. But don’t expect to be impressed: It looks like a dim speck of light, visual magnitude 19, moving very slowly against the starry background. “It is currently almost directly overhead in the early-morning eastern sky in the constellation Cetus,” notes Brown.


Planetary Comparisons. Image taken from

The planet was discovered by, in addition to Brown, Chad Trujillo, of the Gemini Observatory in Mauna Kea, Hawaii, and David Rabinowitz, of Yale University, New Haven, Connecticut. They first photographed the new planet with the 48-inch Samuel Oschin Telescope on October 31, 2003. The object was so far away, however, that its motion was not detected until they reanalyzed the data in January of this year. In the last seven months, the scientists have been studying the planet to better estimate its size and its motions.

To view the entire article, click HERE