| Aurora (17) |  |
Charged particles can flow along these lines into Earth's atmosphere leading to dazzling auroras as well as geomagnetic storms that can wreak havoc on navigation systems and power grids.
Sprint-A will also peer at Jupiter's moon Io the most volcanically active body in the solar system to see how the tiny moon influences Jupiter's mighty auroras.
The aurora would have been seen up to tropical latitudes says Valeri Hambaryan of the University of Jena Germany.
#Astronomers discover powerful aurora beyond solar system Astronomers have discovered the first aurora ever seen in an object beyond our Solar system.
The aurora similar to the famous orthern Lightson Earth is 10,000 times more powerful than any previously seen.
They found the aurora not from a planet, but from a low-mass star at the boundary between stars and brown dwarfs.
the scientists said. ll the magnetic activity we see on this object can be explained by powerful auroras,
The aurora the scientists observed from LSR J1835+3259 appears powered by a little-understood dynamo process similar to that seen on larger planets in our Solar system.
Auroras and ozone lossaccording to the research study conducted by the Finnish Meteorological Institute University of Otago
and The british Antarctic Survey the electrons similar to those behind the aurora cause significant solar cycle variation in the polar mesosphere ozone.
and Aurora presented as successors to Edison, Titan, and Mira (respectively). While Cori and Summit were announced previously,
this is the first time that we are hearing about Aurora, which along with Summit and Sierra, falls under the CORAL collaboration framework.
The listed peak performance of more than 150 petaflops would give Aurora at least 15 times more computing power than its predecessor, Mira,
like aurorae. e realised we may be onto something big. The breakthrough came when Ms Loi used the remote telescope,
"And with the recent announcement of Aurora, the ALCF's next-generation supercomputer, Sankaranarayanan is excited about where this line of research could go in the future."
"Given the advent of computing resources like Aurora and the wide gamut of the available two-dimensional materials and nanoparticle types,
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