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This unprecedented outlook is expected to help researchers understand how a bubble affects Sun energy Enormous on Earth and humans in space.
The Solar Orbiter is scheduled to be launched into space by the Atlas 5 rocket from Cape Canaveral, Florida, on Sunday at 11:03 pm local time (on Monday at 0403 GMT). A row of solar panels and antennas will exit from it before setting off at His ten-year journey to the sun.
The probe will use the gravitational influence of the Earth and Venus to push itself even 26 million miles from the sun, meaning it will travel 95 percent of the distance that separates us from the distant star. The probe will map the poles of the sun, which may allow scientists for the first time to monitor the concentrated source of solar winds that permeates our solar system.
The solar wind is a gel of charged particles that are concentrated heavily at the poles and radiated across our solar system, affecting satellites and electronic devices on Earth.
The Solar Orbiter carries ten devices behind a massive heat shield weighing 147 kilograms, and three of these devices will look through small windows to face the sun and scan for changes in their surface over time.
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This unprecedented outlook is expected to help researchers understand how a bubble affects Sun energy Enormous on Earth and humans in space.
The Solar Orbiter is scheduled to be launched into space by the Atlas 5 rocket from Cape Canaveral, Florida, on Sunday at 11:03 pm local time (on Monday at 0403 GMT). A row of solar panels and antennas will exit from it before setting off at His ten-year journey to the sun.
The probe will use the gravitational influence of the Earth and Venus to push itself even 26 million miles from the sun, meaning it will travel 95 percent of the distance that separates us from the distant star. The probe will map the poles of the sun, which may allow scientists for the first time to monitor the concentrated source of solar winds that permeates our solar system.
The solar wind is a gel of charged particles that are concentrated heavily at the poles and radiated across our solar system, affecting satellites and electronic devices on Earth.
The Solar Orbiter carries ten devices behind a massive heat shield weighing 147 kilograms, and three of these devices will look through small windows to face the sun and scan for changes in their surface over time.
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