Strange footage here.. hard to interpret. filmed in the Ufo hotspot that is Tucson, Arizona September 2, 2010 2:00 AM.
Shelialiens:
I was shining my laser on the fake stars and one of 'em came to life!
(Note shining a laser at a man made aircraft is never recommended and is dangerous)
Thursday, September 02, 2010
UFO over Sofia, Bulgaria - 29 August 2010
Bulgaria Sofia - did you see this recent sighting? Is so please respond to this post.
August 31, 2010 - A Ufo appeared in the sky above Sofia late Sunday, told readers of the Monitor. According to them than ten luminous orbs are seen in the western districts of Sofia - Boyana, Simeonovo and Vitosha. bright circles moved with great speed and were faster than an airplane. Circles appeared and disappeared quickly.
Newspaper reporter managed to shoot bright balls.
A similar phenomenon was observed in the United States in Arizona, said late on Sunday and BTV.
In early July the inhabitants of the western districts in the capital have claimed that they saw an object that shines and "hangs" in the offing.
August 31, 2010 - A Ufo appeared in the sky above Sofia late Sunday, told readers of the Monitor. According to them than ten luminous orbs are seen in the western districts of Sofia - Boyana, Simeonovo and Vitosha. bright circles moved with great speed and were faster than an airplane. Circles appeared and disappeared quickly.
Newspaper reporter managed to shoot bright balls.
A similar phenomenon was observed in the United States in Arizona, said late on Sunday and BTV.
In early July the inhabitants of the western districts in the capital have claimed that they saw an object that shines and "hangs" in the offing.
Huge Solar plasma erupts from Sun 25th August 2010
Just keeping you all updated on activities relating to the sun as things start to progress over the coming years. On August 24th and 25th, an enormous magnetic filament slowly rose off the surface of the sun and erupted. Stationed over the sun's western hemisphere, NASA's STEREO-A spacecraft recorded it:
The horseshoe-shaped filament expanded and -popped- about 600,000 km above the stellar surface. Rather than flying off toward Earth we were fortunate this time as most of the hot glowing plasma from the filament simply fell back to the sun. However next this time Earth might not be so lucky... over the coming year as we reach the peak of the 2013 solar maximus many are concerned about detrimental effects more powerful flares and eruptions will have on earth. I will keep you all posted if further earth hazardous flares occur, due to Earths distance from the sun we have a 3 day warning period before the effects of the flares are felt.
The horseshoe-shaped filament expanded and -popped- about 600,000 km above the stellar surface. Rather than flying off toward Earth we were fortunate this time as most of the hot glowing plasma from the filament simply fell back to the sun. However next this time Earth might not be so lucky... over the coming year as we reach the peak of the 2013 solar maximus many are concerned about detrimental effects more powerful flares and eruptions will have on earth. I will keep you all posted if further earth hazardous flares occur, due to Earths distance from the sun we have a 3 day warning period before the effects of the flares are felt.
Sun has caused earths atmosphere to shrink !
New studies have indicated the solar cycle has huge impacts on the Earth's atmosphere and how the solar cycles change dramatically from each 11 year cycle . This means with a unprecedented solar minumim over the last few years no one has any idea how different the coming solar maximus period will be let alone the long term impacts or low solar minimums on the atmosphere:
The research, led by scientists at the National Centre for Atmospheric Research (NCAR) in Boulder, Colorado, and the University of Colorado at Boulder (CU), indicates that the Sun's magnetic cycle, which produces differing numbers of sunspots over an approximately 11-year cycle, may vary more than previously thought.
"This research makes a compelling case for the need to study the coupled Sun-Earth system," says Farzad Kamalabadi, program director in NSF's Division of Atmospheric and Geospace Sciences, "and to illustrate the importance of solar influences on our terrestrial environment with both fundamental scientific implications and societal consequences."
Large changes in the sun's energy output may drive unexpectedly dramatic fluctuations in Earth's outer atmosphere.
Results of a study published today link a recent, temporary shrinking of a high atmospheric layer with a sharp drop in the sun's ultraviolet radiation levels.
The results, published this week in the American Geophysical Union journal Geophysical Research Letters, are funded by NASA and by the National Science Foundation (NSF), NCAR's sponsor.
"This research makes a compelling case for the need to study the coupled sun-Earth system," says Farzad Kamalabadi, program director in NSF's Division of Atmospheric and Geospace Sciences, "and to illustrate the importance of solar influences on our terrestrial environment with both fundamental scientific implications and societal consequences."
The findings may have implications for orbiting satellites, as well as for the International Space Station.
"Our work demonstrates that the solar cycle not only varies on the typical 11-year time scale, but also can vary from one solar minimum to another," says lead author Stanley Solomon, a scientist at NCAR's High Altitude Observatory. "All solar minima are not equal."
The fact that the layer in the upper atmosphere known as the thermosphere is shrunken and dense means that satellites can more easily maintain their orbits.
But it also indicates that space debris and other objects that pose hazards may persist longer in the thermosphere.
Source ScienceDaily read more
The research, led by scientists at the National Centre for Atmospheric Research (NCAR) in Boulder, Colorado, and the University of Colorado at Boulder (CU), indicates that the Sun's magnetic cycle, which produces differing numbers of sunspots over an approximately 11-year cycle, may vary more than previously thought.
"This research makes a compelling case for the need to study the coupled Sun-Earth system," says Farzad Kamalabadi, program director in NSF's Division of Atmospheric and Geospace Sciences, "and to illustrate the importance of solar influences on our terrestrial environment with both fundamental scientific implications and societal consequences."
Large changes in the sun's energy output may drive unexpectedly dramatic fluctuations in Earth's outer atmosphere.
Results of a study published today link a recent, temporary shrinking of a high atmospheric layer with a sharp drop in the sun's ultraviolet radiation levels.
The results, published this week in the American Geophysical Union journal Geophysical Research Letters, are funded by NASA and by the National Science Foundation (NSF), NCAR's sponsor.
"This research makes a compelling case for the need to study the coupled sun-Earth system," says Farzad Kamalabadi, program director in NSF's Division of Atmospheric and Geospace Sciences, "and to illustrate the importance of solar influences on our terrestrial environment with both fundamental scientific implications and societal consequences."
The findings may have implications for orbiting satellites, as well as for the International Space Station.
"Our work demonstrates that the solar cycle not only varies on the typical 11-year time scale, but also can vary from one solar minimum to another," says lead author Stanley Solomon, a scientist at NCAR's High Altitude Observatory. "All solar minima are not equal."
The fact that the layer in the upper atmosphere known as the thermosphere is shrunken and dense means that satellites can more easily maintain their orbits.
But it also indicates that space debris and other objects that pose hazards may persist longer in the thermosphere.
Source ScienceDaily read more
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