96 Responses to “(English) Elenin Comet More then a Hollywood Scenario”

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1. 96
   Shaam Says:
   December 18th, 2011 at 21:06

   @Dan
   !! thank u..
   I am so much wondering who was the anonymous caller.. he was speaking in the name of a specific organization and i share his ideas very much.. Wow.. it feels good.. and gives you ideas!
   Thank you.. I recommend to all to at least check that video you first recommended..
   Cheers!

2. 95
   Dan Popescu Says:
   December 18th, 2011 at 20:35

   You will hear someone very interesting in the mentioned show, really interesting, and again on how pointing out and forward the Truth, is the ever best protection tool. Let those who have ears, hear..

3. 94
   Dan Popescu Says:
   December 18th, 2011 at 17:55

   Hi! i think it may worth to check this.. it’s David Wilcock.. on Project Camelot.. news.. for me at least..: http://www.youtube.com/watch?feature=player_embedded&v=NLXUSRChUSs
   Also: http://www.reenagagneja.com/benjamin-fulford-24th-november-2011-lawsuit-gangster-rule-western-civilization

4. 93
   Dan Popescu Says:
   December 14th, 2011 at 18:10

   ..about the video i mentioned earlier: it presents very well what is going on on the moon, mars, about Majestic…, annunaki.. , genetics.. a quite new perspective for me.. regarding what is going on.. i am not very sure how correct is him in what he states but hm… it makes u.. think

5. 92
   Dan Popescu Says:
   December 14th, 2011 at 17:29

   I was watching a recording from Project Camalot.. and i found this one .. pretty interesting..
   http://www.youtube.com/watch?v=nE2xpxDGQpk&feature=related . Between many things.. Bob states something about Nibiru in contact with us — way before 2017.. So, that is for anyone interested in these kind of things..
   Can someone give me some real update on Elenin?

6. 91
   Jean (France) Says:
   November 26th, 2011 at 21:27

   From Florida (Reuters) :
   A nuclear-powered rover as big as a compact car is set to begin a nine-month journey to Mars this weekend to learn if the planet is or ever was suitable for life.

   The launch of NASA’s $2.5 billion Mars Science Laboratory aboard an unmanned United Launch Alliance Atlas 5 rocket is set for 10:02 a.m. EST (1502 GMT) on Saturday from Cape Canaveral Air Force Station, located just south of the Kennedy Space Center. The mission is the first since NASA’s 1970s-era Viking program to directly tackle the age-old question of whether there is life in the universe beyond Earth.

   The consensus of scientists after experiments by the twin Viking landers was that life did not exist on Mars. Two decades later, NASA embarked on a new strategy to find signs of past water on Mars, realizing the question of life could not be examined without a better understanding of the planet’s environment.

   Without a large enough moon to stabilize its tilt, Mars has undergone dramatic climate changes over the eons as its spin axis wobbled closer or farther from the sun.

   The history of what happened on Mars during those times is chemically locked in its rocks, including whether liquid water and other ingredients believed necessary for life existed on the planet’s surface, and if so, for how long. In 2004, the golf cart-sized rovers Spirit and Opportunity landed on opposite sides of Mars’ equator to tackle the question of water. Their three-month missions grew to seven years, with Spirit succumbing to the harsh winter in the past year and Opportunity beginning a search in a new area filled with water-formed clays. Both rovers found signs that water mingled with rocks during Mars’ past.

   The new rover, nicknamed Curiosity, shifts the hunt to other elements key to life, particularly organics.
   “One of the ingredients of life is water,” said Mary Voytek, director of NASA’s astrobiology program. “We’re now looking to see if we can find other conditions that are necessary for life by defining habitability or what does it take in the environment to support life.”

   The spacecraft, which is designed to last two years, is outfitted with 10 tools to analyze one particularly alluring site on Mars called Gale Crater. The site is a 96-mile (154-kilometer) wide basin that has a layered mountain of deposits stretching 3 miles above its floor, twice as tall as the layers of rock in the Grand Canyon.

   Scientists do not know how the mound formed but suspect it is the eroded remains of sediment that once completely filled the crater. Curiosity’s toolkit includes a robotic arm with a drill, onboard chemistry labs to analyze powdered samples and a laser that can pulverize rock and soil samples from a distance of 20 feet away. If all goes as planned, Curiosity will be lowered to the floor of Gale Crater in August 2012 by a new landing system called a sky crane. Previously, NASA used airbags or thruster jets to cushion a probe’s touchdown on Mars but the 1,980-pound (900-kilogram) Curiosity needed a beefier system. Instead of solar power, Curiosity is equipped with a plutonium battery that generates electricity from the heat of radioactive decay.

   Similar systems have been used since the earliest days of the space program, including the Apollo moon missions, the Voyager and Viking probes and more recently in the Cassini spacecraft now circling Saturn and NASA’s Pluto-bound New Horizons mission.

   Radiation monitors have been installed through the area around the Cape Canaveral launch site in case of an accident, though the device has been designed to withstand impacts and explosions, said Randall Scott, director of NASA’s radiological control center at the Kennedy Space Center.

   Meteorologists were predicting good weather for Saturday’s launch. Earth and Mars will be favorably aligned for launch until December 18.

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