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Disclosure 2009 Video - Ancient Cities and Water Worlds

New Study of Meteorite Provides More Evidence for Ancient Life on Mars

This image of the meteorite, seen through a scanning electron microscope, shows bumps that resemble a fossilized colony of microbacteria. Some of the rounded bumps are preserved at the top of the surface and resemble individual spherical and ovoid-shaped microbes. Image credit: NASA.

(PhysOrg.com) -- In 1996, when scientists examined a meteorite from Mars previously uncovered in Antarctica, they were intrigued by what looked like microscopic fossils of ancient Martian life forms. Now, using new technology that wasn't available 13 years ago, NASA scientists have found further evidence that the materials and structures in the meteorite are likely signs of ancient life, rather than the results of inorganic processes.

ALH84001 History
Scientists estimate that the meteorite, called Allan Hills 84001 (ALH84001), formed on Mars about 4.5 billion years ago, making it one of the oldest known objects in the solar system. Because the meteorite contains microscopic carbonate disks that are about 4 billion years old, scientists have previously hypothesized that the meteorite interacted with water that may have existed on Mars at this time.

Much later, about 15 million years ago, a larger meteorite likely struck Mars and ejected ALH84001 into space. After spending most of that time traveling throughout the solar system, the meteorite landed on Earth about 13,000 years ago. Then, in 1984, a team of US scientists discovered it in Antarctica. The meteorite finally made news headlines in 1996, when NASA scientist David McKay and others peered at the rock under a scanning electron microscope and saw what appeared to be nanoscale fossils of bacteria-like life forms.

Bacterial or Thermal Origin?

Now, McKay, along with Kathie Thomas-Keprta, Everett Gibson, Simon Clemett, and Susan Wentworth, all of NASA's Johnson Space Center, have revisited the original hypothesis with new observations of the meteorite. The study is published in a recent issue of the journal Geochimica et Cosmochimica Acta.

In the new study, the scientists used advanced microscopy techniques to investigate the carbonate disks and, more importantly, the magnetite nanocrystals within the disks. These embedded magnetites are the apparent fossils that exhibit features similar to contemporary magnetotactic bacteria.

During the past 13 years, different groups of scientists have proposed competing hypotheses to explain the origins of these magnetites. Some of the leading hypotheses are non-biological, suggesting that the magnetites were formed via thermal decomposition of the carbonates in which ALH84001 was struck by other meteorites.

Such impacts may have increased the temperature of ALH84001 and caused the carbonates to decompose into magnetites via bond redistribution. In some models, ALH84001 may have experienced this shock by a random meteorite impact while still on Mars, while in other models, thermal decomposition may have occurred due to the impact event that ejected ALH84001 from its home planet.

But whatever event might have triggered a thermal decomposition process, the scientists argue in the current study that very few - if any - of the magnetites embedded in ALH84001 carbonates are a product of thermal decomposition. By analyzing details such as the percentage of magnetite volume in the carbonate disks, the trace amounts of impurities observed in some of the magnetites, and the lack of siderite which some previous models suggested may have decomposed to form magnetite, the scientists concluded that these new observations were inconsistent with the previous inorganic-based thermal decomposition hypotheses.

By showing that it’s very unlikely that the magnetite originated from the decomposition of ALH84001’s carbonate, the scientists argue that possible biological origins of the magnetite need to be considered more seriously than before.

“For the past 10 years, the leading (and only) viable non-biologic hypothesis for the origin of the nanophase magnetites concentrated in ALH84001 has been thermal or shock decomposition of iron-bearing carbonates, a process known to produce small magnetite crystals,” Thomas-Keprta told PhysOrg.com. “Our paper has falsified this non-biologic hypothesis by showing, based on thermodynamics and minor element chemistry, that this non-biologic hypothesis simply cannot produce the ultrapure magnetites actually present in ALH84001 as a significant population of all magnetites. By falsifying this non-biologic hypothesis, we are left with only the biologic hypothesis to explain the detailed properties of the magnetites in this martian meteorite.”

Magnetite Biosignature

Although they have not yet developed a model for the origin of the magnetite in ALH84001, the researchers’ new observations are consistent with the possibility that the magnetite has an “allochthonous origin,” in which it was exposed to aqueous solutions such as water.

As Thomas-Keprta explained, the magnetite in ALH84001 could have been one of several ferromagnetic minerals produced by magnetotactic bacteria that live in aquatic environments. When these bacteria die and their shells degrade, a chain of magnetite is released into the environment. Without its confining shell, the magnetite chain configuration cannot be maintained, so individual magnetite crystals begin to mix with inorganic particles in the water.

On Earth, magnetotactic bacteria are quite common in aqueous environments, and scientists often find magnetites in surface and subsurface sediments.
“For many years, the presence of the specific kind of nanomagnetite formed by magnetotactic bacteria on Earth have been completely accepted as a biosignature when found in any Earth sediment or rock,” Thomas-Keprta said, noting that these magnetite have very specific properties.

“When we first documented these specific properties in the ALH84001 carbonates, the only alternate non-biologic hypothesis that was commonly accepted as viable was the thermal decomposition of iron-bearing carbonate,” she said. “Now that we have completely falsified this hypothesis with this latest paper, we are still left with the specific properties of the ALH84001 magnetite that, if found on Earth, would be a robust biosignature indicating production by bacteria.

“We also point to the many discoveries since our original paper showing supporting evidence such as an early strong magnetic field on Mars (necessary for the development of magnetotactic bacteria); the presence of near surface water at many locations on current-day Mars; the presence of possible oceans, major drainage channels, and other features associated with an early wet Mars; and the recent evidence for variable releases of methane into the Martian atmosphere. . . . We do not believe it is too incautious to restate our original hypothesis that such magnetites constitute strong evidence of early life on Mars.”

Article Source: http://www.physorg.com/news180264793.html

Discovery of an Alien Water World

Astronomers say they have detected a planet just six and a half times as massive as Earth - at a distance so close its atmosphere could be studied, and with a density so low it's almost certain to have abundant water.

The alien world known as GJ 1214b orbits a red dwarf star one-fifth the size of our own sun, 40 light-years away in the constellation Ophiuchus, the astronomers reported in Thursday's issue of the journal Nature.

"Astronomically speaking, this is on our block," David Charbonneau of the Harvard-Smithsonian Center for Astrophysics, lead author of the study, told reporters this week. "This is a next-door neighbor. For perspective, our own TV signals have already passed beyond the distance of this star."

He said the planet was detected using an array of eight off-the-shelf, 16-inch telescopes equipped with commercially available cameras.

"Since we found the super-Earth using a small ground-based telescope, this means that anyone else with a similar telescope and a good CCD camera can detect it too," Charbonneau said in a news release. "Students around the world can now study this super-Earth."

Super-Earths - planets that are roughly two to 10 times Earth's mass - represent the hottest frontier in the years-long search for worlds beyond our solar system. Planet-hunters reported finding their first transiting super-Earth in February, and earlier this week, other researchers added two more super-Earths to the list.

Those planets orbit stars like our own sun, but the brightness of GJ 1214b's parent star is hundreds of times dimmer. The planet is also much closer to the star than any of our own solar system's planets, orbiting at a distance of only 1.3 million miles (2 million kilometers). That combination suggests that the planet's surface temperature would be about 400 degrees Fahrenheit (200 degrees Celsius), Charbonneau's research team reported.

Charbonneau speculated that GJ 1214b was a little too hot for life as we know it, "but it didn't miss it by very much."

The planet's discovery was hailed as a potential breakthrough by Geoffrey Marcy, an astronomer at the University of California at Berkeley who is a pioneer in the planet quest. In a commentary written for Nature, Marcy said Charbonneau and his colleagues "provide the most watertight evidence so far for a planet that is something like our own Earth, outside our solar system."

How it was found
GJ 1214b was detected thanks to an innovative telescope system, a cleverly focused observation campaign - and perhaps a little bit of luck. The eight-telescope array, dubbed the MEarth Project, was set up at the Whipple Observatory on Mount Hopkins in Arizona. The telescopes were programmed to gaze at 2,000 low-mass stars and check for slight, regular dips in light that could be caused by a dark planet's transit across the star's disk.

Relatively dim, relatively close stars were favored because the planet's dimming effect would be more noticeable than it would be with brighter, bigger, farther-out stars.

Just a few months after the MEarth Project began, graduate student Zachory Berta spotted the signature of GJ 1214b's 38-hour orbit. Based on the pattern of the dimming, the team figured out that the planet was 2.7 times as wide as Earth.

The astronomers then turned to another instrument, the HARPS spectrometer on the European Southern Observatory's La Silla telescope in Chile, to figure out the planet's mass. Such mass calculations depend on another technique that checks for the slight wobble in a star's motion caused by a planet's gravitational pull. The HARPS observations indicated that the planet was 6.55 times as massive as Earth.

Putting those measurements together, the team was able to model the planet's density and composition. The best fit for the data was a mixture consisting of about three-quarters water and other ices, one-quarter rock and a gaseous atmosphere.

Implications of a water world
Although the surface temperature on GJ 1214b would be well above water's boiling point on Earth's surface, Charbonneau said the planet could nonetheless possess an exotic form of liquid water due to extreme atmospheric pressure at the surface. In today's news release, Berta said the pressure may turn at least some of the water into a rare crystalline form known as ice-seven.

"Despite its hot temperature, this appears to be a water world," Berta said.

On Earth, organisms have been found living near deep-sea hydrothermal vents, where superheated water is held under high pressure. But Charbonneau said he wouldn't want to bet that life could endure under GJ 1214b's crushing conditions.

In fact, it's too early to bet heavily on any detailed description of GJ 1214b. Fortunately, Charbonneau said, the star is close enough that the Hubble Space Telescope could someday analyze the composition of the planet's atmosphere. "That will make it the first super-Earth with a confirmed atmosphere - even though that atmosphere probably won't be hospitable to life as we know it," he said.

Knowing what the atmosphere is made of, and how thick it is, could help astronomers determine whether their characterization of GJ 1214b as a water world is correct. "It's possible that what you have is a ball of rock with a much bigger envelope of light gas," Charbonneau said.

The larger implication of the Nature study is that other super-Earths may be waiting out there with just the right conditions for life. "We found this planet in the first six months," Charbonneau noted. "We had only looked at a small fraction of the stars that we planned to look at through the entire project. That means that either we got really lucky - which is possible - or these planets are common."

Two planet-hunting spacecraft, NASA's Kepler and the European Space Agency's COROT, are expected to find hundreds of super-Earths and Earth-sized planets in the years to come. The first scientific results from the Kepler mission are due to be reported next month in Washington at the winter meeting of the American Astronomical Society.

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My Feedback in regards to this comment: "That combination suggests that the planet's surface temperature would be about 400 degrees Fahrenheit (200 degrees Celsius), Charbonneau's research team reported."

I personally completely disagree with that. A world with 400 degrees faranheit in temperature would literally cause the water to boil on the surface. I completely disagree with that estimation in temperature. Regardless of the planet being the first planet in the star system, with a red dwarf star several times less brighter than our own sun, I would estimate the temperature on the world to be not too different from ours.

Isn't it interesting that everytime another world is discovered, there has to be some form of alibi on how it could not support life? Where there is water, there is life. Life is abundant throughout the cosmos as much more evidence regarding bacteria is found all over, even in space.

NASA also has made the explanation about Venus being a planet with 800 degree ferenheit air, yet it was able to allow a parachute descent into the atmosphere decades ago. It seems NASA doesn't want us to learn of the many hospitable planets out there.

Article Source: http://cosmiclog.msnbc.msn.com/archive/2009/12/16/2152989.aspx

Underwater Ancient City found on the Carribean Sea Floor...Could this be Atlantis?

WASHINGTON, DC (Herald de Paris) - EXCLUSIVE - Researchers have revealed the first images from the Caribbean sea floor of what they believe are the archaeological remains of an ancient civilization. Guarding the location’s coordinates carefully, the project’s leader, who wishes to remain anonymous at this time, says the city could be thousands of years old; possibly even pre-dating the ancient Egyptian pyramids, at Giza.

The site was found using advanced satellite imagery, and is not in any way associated with the alleged site found by Russian explorers near Cuba in 2001, at a depth of 2300 feet. “To be seen on satellite, our site is much shallower.” The team is currently seeking funding to mount an expedition to confirm and explore what appears to be a vast underwater city. “You have to be careful working with satellite images in such a location,” the project’s principle researcher said, “The digital matrix sometimes misinterprets its data, and shows ruins as solid masses. The thing is, we’ve found structure - what appears to be a tall, narrow pyramid; large platform structures with small buildings on them; we’ve even found standing parallel post and beam construction in the rubble of what appears to be a fallen building. You can’t have post and beam without human involvement.”

Asked if this city is the legendary city of Atlantis, the researchers immediately said no. “The romanticized ideal of Atlantis probably never existed, nor will anyone ever strap on a SCUBA tank, jump in the water, and find a city gateway that says, ‘Welcome to Atlantis.’ However, we do believe that this city may have been one of many cities of an advanced, seafaring, trade-based civilization, which may have been visited by their Eurocentric counterparts.”

It is unknown at this time how the city came to be on the sea floor, and not on dry land. “We have several theories.”

The team hopes to conduct a massive mapping and research expedition, to learn as much as possible about who these people were, before turning the site over to the Caribbean island’s home government. “Whatever we’ve found does not belong to us,” the project’s leader said, “It belongs to the people of this island, and to the world at-large. If any pieces are brought to the surface, they belong in the hands of a museum.”

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In regards to their denial of Atlantis, I personally would not discount the possibility without further evidence of the structure in collation with data that many scholars have uncovered on the representation and features of Atlantis. We may find some similarities. I personally find their immediate denial quite hasty in regards to such a question without further investigation of the underwater ancient city. There may be no sign saying "Welcome to Atlantis," but there also is no sign that says "We are not Atlantis" either. So is this Atlantis from an unbiased standpoint? There certainly is a possibility once more evidence is discovered.

URL Source Links to full story and satelite images:

http://www.heralddeparis.com/previously-undiscovered-ancient-city-found-on-caribbean-sea-floor/65855

http://www.heralddeparis.com/more-from-caribbean-site-new-detail-images-just-released/65927

AboveTopSecret.com Information on this story:
http://www.abovetopsecret.com/forum/thread527141/pg1

Norway Lights actually a scientific experiment known as "Tequila Sunrise?"

This was recovered from some very excellent research data contained on abovetopsecret.com.

Findings are now showing that the event which occurred in the morning of December 9th in Norway was that regarding an experiment regarding the activation caused by EISCAT. EISCAT is a huge antenna array capable of high powered transmissions. It is similar to HAARP located within Alaska.

Now here is something very interesting. This image below was retrieved from a navy military website (navy.mil):



On December 9th, 2009, EISCAT had a few projects planned, including the TEQUILASunrise (Transient Effects Quantification Under Ionospheric Low Angle sunrise). Below is a link that confirms this event during the date of December 9th between the times of 0700-1100 hours UTC:

EISCAT Dec 9th Schedule

TEQUILAsunrise (Transient Effects Quantification Under Ionospheric Low Angle sunrise). The idea is to look at the polar wintertime mesophere through the transient caused by (scattered) sunrise around 8 UT. Interestingly, this happens to
be the maximum occurence time of the Polar Mesosphere Winter Echoes (PMWE).

From AboveTopSecret.com posting:

After reading up on this stuff I figured out they were performing an experiment on a layer of the atmosphere called the mesosphere, coincidentally, during the maximum time of PMWE (which is a time that the mesosphere reflects signals very well due to charged aerosols in it, as said in the title... Meteor dust). They used the sun coming in at a low angle to cause it to light up the area of the mesosphere they were hitting with VHF (Very High Frequencies). Basically, the overall goal of the test was to see it light up... like a "Tequilla Sunrise" And record the temperature, plasma density,etc in the effected area.

This information shows that once again, this had nothing to do with a rocket malfunction. That is simply the alibi they are feeding to the media. Through this information listed above, this proves the activation of the project Tequila SUNRISE through EISCAT on the morning of December 9th, 2009 in Norway.

Indian Scientists discover signs of organic life on the moon

Bangalore: Scientists at the Indian Space Research Organisation (Isro) are on the brink of a path-breaking discovery. They may have found signs of life in some form or the other on the Moon.

They believe so because scientific instruments on India's first unmanned lunar mission, Chandrayaan-1, picked up signatures of organic matter on parts of the Moon's surface, Surendra Pal, associate director, Isro Satellite Centre (Isac), said at the international radar symposium here on Friday.

Organic matter consists of organic compounds, which consists of carbon -- the building block of life.

It indicates the formation of life or decay of a once-living matter.

Pal said the signatures were relayed back to the Bylalu deep space network station near Bangalore by the mass spectrometer on board the Indian payload, the moon impact probe (MIP), on November 14, 2008.

The relay of data happened moments before it crashed near the Moon's south pole. The MIP was the first experiment of the Chandrayaan-1 mission, which was launched on October 22, 2008.

Pal, however, did not elaborate, but concluded saying "the findings are being analysed and scrutinised for validation by Isro scientists and peer reviewers".

"It is too early to say anything," said the director of Isro's space physics laboratory R Sridharan, who is heading the team of MIP data analysis and study. He, however, did not deny the finding.

DNA later inquired with other senior Chandrayaan-1 mission scientists, who not only confirmed the finding, but gave further details.

"Certain atomic numbers were observed that indicated the presence of carbon components. This indicates the possibility of the presence of organic matter (on the Moon)," a senior scientist told DNA.

Interestingly, similar observations were made by the US's first manned Moon landing mission, the Apollo-11, in July 1969, which brought lunar soil samples back to Earth. But due to a lack of sophisticated equipment then, the scientists could not confirm the finding.

However, traces of amino acids, which are basic to life, were found in the soil retrieved by the Apollo-11 astronauts.

The Chandrayaan-1 scientists, at present, are analysing the source of origin of the Moon's organic matter. "It could be comets or meteorites which have deposited the matter on the Moon's surface; or the instrument that landed on the Moon could have left traces," a senior space scientist said.

"But the presence of large sheets of ice in the polar regions of the Moon, and the discovery of water molecules there, lend credence to the possibility of organic matter there," he said.

Article Source: http://www.dnaindia.com/scitech/report_indian-scientists-detect-signs-of-life-on-moon_1322785