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Post by swamprat on Mar 8, 2021 19:12:43 GMT
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Post by ZETAR on Mar 10, 2021 0:20:55 GMT
SHALOM...Z
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Post by thelmadonna on Mar 10, 2021 16:59:56 GMT
Pareidolia
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Post by SysConfig on Mar 12, 2021 3:00:39 GMT
EU s largest Data Center In France Goes up in Smoke ..right after Biden Threatens Cyber War a day or so earlier against my VERY GOOD friends in Russia.Coincidence? who knows People really need to measure their words carefully..
Cause unknown
Ya know..it would be a real shame if the Treasury was "hacked" and all those folx didn't get their stimulus checks So I hope all that bluster stops.
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Post by WingsofCrystal on Mar 12, 2021 12:14:47 GMT
Good morning!
Forbes
Mar 12, 2021,07:00am EST
NASA’s Perseverance Rover Team Names Geological Features On Mars With Words From The Navajo Language
David Bressan
The first scientific focus of NASA’s Perseverance rover is a rock named “Máaz” – the Navajo word for “Mars.” The rover’s team, in collaboration with the Navajo Nation Office of the President and Vice President, has been naming features of scientific interest with words in the Navajo language, as a big contingent of Perseverance science is centered in universities and national labs in New Mexico and Arizona, which include traditional Navajo land.
Surface missions assign nicknames to landmarks to provide the mission’s team members, which number in the thousands, a common way to refer to rocks, soils, and other geologic features of interest. Previous rover teams have named features after regions of geologic interest on Earth as well as people and places related to expeditions.
Before launch, Perseverance’s team divided the Jezero Crater landing site into a grid of quadrangles, or “quads,” that are roughly 1 square mile (1.5 square kilometers) in size. The team decided to name these quads after national parks and preserves on Earth with similar geology. Perseverance touched down in the quad named for Arizona’s Canyon de Chelly National Monument.
more after the jump:
www.forbes.com/sites/davidbressan/2021/03/12/nasas-perseverance-mars-rover-mission-honors-navajo-language/?sh=6038ed716614
Crystal
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Post by SysConfig on Mar 12, 2021 20:42:10 GMT
Those curious Royal Blood Lines..Just how far back do they go?
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Post by ZETAR on Mar 12, 2021 21:35:01 GMT
SHALOM...Z
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Post by SysConfig on Mar 12, 2021 23:02:57 GMT
Always good to make a good lasting First Impression..meh mum always said..
Can You Dig it? Again....CAN YOU DIG IT?
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Post by WingsofCrystal on Mar 13, 2021 11:37:53 GMT
Good morning!
Crystal
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Post by ZETAR on Mar 14, 2021 1:26:59 GMT
SHALOM...Z
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Post by SysConfig on Mar 14, 2021 23:29:51 GMT
Confirmed: Antarctica Was Struck With a Powerful Hunk of AntimatterThe event occurred back in 2016 but the study was only published this month. Back in 2016, an antineutrino collided with an electron somewhere in the ice of Antarctica at nearly the speed of light. It took five years for scientists to confirm the event using the most remote particle detector on Earth, the buried IceCube Neutrino Observatory. Now, the researchers are saying that the particle collision shower provided evidence of a long-suspected but never-before-proven or seen event known as "Glashow resonance." The event is named after the physicist Sheldon Lee Glashow who in 1960 predicted that when a high-energy antineutrino collided with an electron it would produce a short-lived particle known as a W boson. The extremely rare boson provides confirmation for the Standard Model for particle physics. But in order for it to occur, the colliding neutrino is required to carry far more energy than any particle accelerator can produce: precisely 6.3 petaelectronvolts (PeV). This amounts to about 450 times the maximum energy that the Large Hadron Collider in CERN can generate. Taking into account the huge energy required, researchers were certain that they could never spot Glashow's resonance using only human tools. However, the IceCube Neutrino Observatory was able to detect a characteristic shower of particles that researchers now presume came from a decaying W boson. The W boson in collaboration with the Z boson is thought to be responsible for the weak force. The researchers are still unsure as to what led to the decaying W boson but they do state that witnessing more such events could lead them to better understand these forces. Although the collision was spotted all the way back in 2016, the paper describing it and its effects was only published in the journal Nature in March of 2021. This goes to show how much work goes into understanding these phenomenal forces of nature.
Misleading banner..a hunk would have given a blast the size of the Tunguska explosion
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Post by SysConfig on Mar 15, 2021 5:50:23 GMT
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Post by ZETAR on Mar 16, 2021 14:28:05 GMT
SHALOM...Z
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Post by swamprat on Mar 16, 2021 17:22:51 GMT
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Post by SysConfig on Mar 17, 2021 8:47:20 GMT
More near misses
Stargazers were on high alert as a plane-sized asteroid made an extremely close flyby of Earth overnight, but three more space rocks are due to graze the planet’s backyard before Tuesday is done. Asteroid 2021 EQ3 shot past Earth at 12 kilometers per second or roughly 43,000kph at 9:45pm PT Monday night. About the same size as the Chelyabinsk meteor, which damaged more than 7,200 buildings in southwestern Russia in 2013, the 21-meter 2021 EQ3 passed the planet at a distance of 269,000km or one-seventh of the distance between Earth and the Moon. For reference, the average distance between Earth and its natural satellite the Moon is about 385,000km. Before March 16 is over however, amateur and professional astronomers alike can expect more space rock salutes. The nine-meter (1.5 times the size of a giraffe) 2021 EJ3 will pass the planet at just 759,610km followed shortly after by the 16-meter (four times the length of a VW Beetle) 2021 EW3, at 2.4 million kilometers and the 34-meter (half the wingspan of a 747) 2021 DT, at just over seven million kilometers. This is but a mere prelude to the visit of the truly monstrous, Golden-Gate-Bridge-sized asteroid 2001 FO32, which will pass Earth on March 21. NASA is warning of a slew of asteroids headed Earth’s way in the coming days and weeks, some coming between us and the moon, with others measuring roughly the same size as the Golden Gate Bridge. On February 10 alone, at least four Near Earth Objects (NEOs) are due to buzz the Earth. The nine-meter asteroid 2021 CX has already passed the planet at a safe distance of 1.9 million kilometers. www.zerohedge.com/geopolitical/war-erupts-inside-natos-atlantic-council-over-pro-russia-articleSpace rocks including the Statue of Liberty-sized, 119-meter long 2019 YP5 and the 5-meter 2008 DB will follow shortly after at a distance of 3.1 million km and 5 million km respectively. Bringing up the rear on Wednesday will be 2021 CE3, with a diameter of 16m, which will pass the planet at a distance of 7.3 million km.
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