Hello
Scientists may be well aware of the Asthec calendar, which foresees an approach with a black hole, where a major modification of the magnetic poles for our earth, which means major cataclysm.
By knowing the precision of their calendar it would be in 2012
Andre
CERN LHC accelerator: black hole machine? What risks?
- Gregconstruct
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In 2006-2007, there were also plenty of sites that said Sarko was going to get France out of "shit" ...
0 x
Do a image search or an text search - Netiquette of forum
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Oh yeah and where is that calendar? Analyzed by whom? Personally, I don't read Aztec and you?
It's so easy to relay poison ...
Type "Nibiru" in Dailymotion or Youtube it's interesting
It's so easy to relay poison ...
Type "Nibiru" in Dailymotion or Youtube it's interesting
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Do a image search or an text search - Netiquette of forum
I would point out to you that there will be no 2012, no more than there is 2009 or that there was 2008, because the end of the world has already taken place in 2000 (dixit Nostradamus).
Besides, I don't know why I am writing this message, since no one is there to read it ...
Besides, I don't know why I am writing this message, since no one is there to read it ...
0 x
Solar Production + VE + VAE = short cycle electricity
Antihydrogen atoms, antimatter, were trapped for more than 16 minutes during an experiment carried out at the European Nuclear Research Center (CERN).
This result is a big improvement over work done last year, which captured 38 antihydrogen atoms for more than a tenth of a second.
Antimatter is one of the greatest puzzles in science. As early as 1931, the English physicist Paul Dirac had predicted the existence of antimatter, a matter "mirror" of that which we know, but which is annihilated in contact with it.
According to the state of our knowledge, matter and antimatter were created in equal quantities in the moments following the Big Bang, but only matter remains.
Landmarks
* In 1995, CERN produced 9 antihydrogen atoms
* In 2002, experiments show that it is possible to produce large quantities of antihydrogen
* In 2010, CERN physicists captured 38 antihydrogen atoms for more than a tenth of a second
* In 2011, 309 antihydrogen atoms were captured for 1000 seconds in an experiment conducted at CERN
The present work, published in the journal Nature Physics, made it possible to confine 309 atoms of antihydrogen for 1000 seconds.
Antimatter trapped for several minutes.
The “capture” of these antiatoms will allow the antihydrogen to be accurately mapped, by laser or microwave spectroscopy. Antihydrogen can thus be compared with the hydrogen atom, which is one of the best known systems in physics.
An in-depth examination will also allow us to measure the influence of gravity on antimatter.
Understanding the role of so-called repulsive gravity could also provide an answer to another mystery, that of the unknown energy which would favor the acceleration of the expansion of our Universe.
Radio-Canada.ca with AFP
http://fr-ca.actualites.yahoo.com/physi ... 00956.html
This result is a big improvement over work done last year, which captured 38 antihydrogen atoms for more than a tenth of a second.
Antimatter is one of the greatest puzzles in science. As early as 1931, the English physicist Paul Dirac had predicted the existence of antimatter, a matter "mirror" of that which we know, but which is annihilated in contact with it.
According to the state of our knowledge, matter and antimatter were created in equal quantities in the moments following the Big Bang, but only matter remains.
Landmarks
* In 1995, CERN produced 9 antihydrogen atoms
* In 2002, experiments show that it is possible to produce large quantities of antihydrogen
* In 2010, CERN physicists captured 38 antihydrogen atoms for more than a tenth of a second
* In 2011, 309 antihydrogen atoms were captured for 1000 seconds in an experiment conducted at CERN
The present work, published in the journal Nature Physics, made it possible to confine 309 atoms of antihydrogen for 1000 seconds.
Antimatter trapped for several minutes.
The “capture” of these antiatoms will allow the antihydrogen to be accurately mapped, by laser or microwave spectroscopy. Antihydrogen can thus be compared with the hydrogen atom, which is one of the best known systems in physics.
An in-depth examination will also allow us to measure the influence of gravity on antimatter.
Understanding the role of so-called repulsive gravity could also provide an answer to another mystery, that of the unknown energy which would favor the acceleration of the expansion of our Universe.
Radio-Canada.ca with AFP
http://fr-ca.actualites.yahoo.com/physi ... 00956.html
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Stepping behind sometimes can strengthen friendship.
Criticism is good if added to some compliments.
Alain
Criticism is good if added to some compliments.
Alain
- elephant
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what amazes me the most is that we can detect and quantify such small quantities: 9, 16, even 1000 atoms.
Finally, delighted that this thing is finally working: it was not pie!
Finally, delighted that this thing is finally working: it was not pie!
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elephant Supreme Honorary éconologue PCQ ..... I'm too cautious, not rich enough and too lazy to really save the CO2! http://www.caroloo.be
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