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Solar flares are intense bursts of light from the sun. They are created when complicated magnetic fields suddenly and explosively rearrange themselves, converting magnetic energy into light through a process called magnetic reconnection -- at least, that's the theory, because the signatures of this process are hard to detect. But during a December 2013 solar flare, three solar observatories captured the most comprehensive observations of an electromagnetic phenomenon called a current sheet, strengthening the evidence that this understanding of solar flares is correct.
via Science Daily
Zazzle Space Exploration market place
There are advances being made almost daily in the disciplines required to make space and its contents accessible. This blog brings together a lot of that info, as it is reported, tracking the small steps into space that will make it just another place we carry out normal human economic, leisure and living activities.
Tuesday, 19 April 2016
Psychologists study intense awe astronauts feel viewing Earth from space
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By analyzing accounts of awe that result from seeing Earth from space, psychologists delve deep into the psychology of astronauts.
via Science Daily
Zazzle Space Exploration market place
By analyzing accounts of awe that result from seeing Earth from space, psychologists delve deep into the psychology of astronauts.
via Science Daily
Zazzle Space Exploration market place
Exfoliating thinner flakes of phosphorene at higher yield
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By deoxygenating water, researchers discovered a new way to exfoliate phosphorene into atomically thin flakes. In order for phosphorene to reach its full potential, it needs to be incredibly thin -- preferably at the atomic scale. Until now, researchers have experienced difficulties in exfoliating atomically thin flakes from the bulk material, called black phosphorus, in a quick and efficient manner.
via Science Daily
By deoxygenating water, researchers discovered a new way to exfoliate phosphorene into atomically thin flakes. In order for phosphorene to reach its full potential, it needs to be incredibly thin -- preferably at the atomic scale. Until now, researchers have experienced difficulties in exfoliating atomically thin flakes from the bulk material, called black phosphorus, in a quick and efficient manner.
via Science Daily
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