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That's their finest piece.
There is no competition, hence their almost God like status.
originally posted by: LuXTeN
a reply to: intrptr
I hope you'll continue adding more videos to that thread
I've got a couple in mind I will add later.
originally posted by: LuXTeN
a reply to: intrptr
I hope you'll continue adding more videos to that thread
I've got a couple in mind I will add later.
There's a place on Earth where you can actually hold a piece of the Sun! Stored within two tidy cleanrooms at the Johnson Space Center in Houston, Texas is a collection of metallic wafers and foils, and etched within their insides are particles of the solar wind.
The solar wind is a stream of charged particles released from the upper atmosphere of the Sun. This plasma consists of mostly electrons, protons and alpha particles with thermal energies between 1.5 and 10 keV. Embedded within the solar-wind plasma is the interplanetary magnetic field.[2] The solar wind varies in density, temperature and speed over time and over solar latitude and longitude. Its particles can escape the Sun's gravity because of their high energy resulting from the high temperature of the corona, which in turn is a result of the coronal magnetic field.
The solar wind streams plasma and particles from the sun out into space. Though the wind is constant, its properties aren't. What causes this stream, and how does it affect the Earth?
Windy star
The corona, the sun's outer layer, reaches temperatures of up to 2 million degrees Fahrenheit (1.1 million Celsius). At this level, the sun's gravity can't hold on to the rapidly moving particles, and it streams away from the star.
Solar energetic particles (SEP) are high-energy particles coming from the Sun. They were first observed in the early 1940s. They consist of protons, electrons and HZE ions with energy ranging from a few tens of keV to GeV (the fastest particles can reach 80% of the speed of light). They are of particular interest and importance because they can endanger life in outer space (especially particles above 40 MeV).
Analyses returned some fascinating results. For one, researchers determined that hypothetical particles called solar energetic particles did not actually exist within the solar wind, countering a long-held supposition from the Apollo era
There's undoubtedly more we can learn from the solar particles. For now, they are safely stored away, waiting for novel technologies and inquisitive scientists to unlock their secrets.
originally posted by: LittleBurgh
a reply to: TarzanBeta
Current theory is that exploded stars provided iron & other heavy elements to open space prior to & during the creation of earth. Stars are the only provider of the pressure needed to create iron in space. When a star has grown hot enough & the interior pressure is great enough to create an iron core (fusion), it then explodes & implodes.
www.esa.int...
There are current research projects to find heavy metal in deep space in hopes that they find free iron that can be eventually traced back to it's exploded star. The current components of "space" are mostly gasses rather than heavy elements. Therefore, technically speaking, without a star's death (potentially the twin star to our sun), there wouldn't have been any iron & without iron, we wouldn't have the life forms we have today. So, yes, we are all made of star dust.
originally posted by: LittleBurgh
a reply to: intrptr
You are correct. They were not collecting photons although there was apparatus to measure them & their rates. The collection plates were made of different metals, alloys and mineral salts. Each plate was designed to "capture" certain ions & elements ejected by the sun. The project was also hoping to capture evidence of the gasses in the ejections. Measurements of ejected gasses will help "date" the sun & perhaps, it's rate of decay. They were also specifically looking for iron in any form in the area because as soon as a sun creates iron, it begins it's death process.