See a Solar Snake Slither Across the Sun’s Surface – At 380,000 Miles per Hour
A "tube" of cooler atmospheric gases that is rapidly weaving its way through the sun's powerful magnetic field has been observed by the Solar Orbiter. The Solar Orbiter mission, which is led by the European Space Agency (ESA), has discovered a slew of fascinating new features. This is a fascinating new discovery. The fact that the snake was a forerunner to a much larger eruption makes it even more intriguing.
On September 5, 2022, the Solar Orbiter spacecraft was making a close pass of the Sun on October 12, when the snake was seen. The "snake" is a tube of cool plasma suspended in the hotter plasma of the sun's atmosphere by magnetic fields.
Plasma is a form of matter similar to the more common solid, liquid, and gas states. Because plasmas are so extremely hot, electrons leave their atoms and form a gas of charged particles. They are therefore susceptible to magnetic fields because they are charged particles. Plasma makes up all the gas in the sun's atmosphere because its temperature is more than a million degrees Celsius.
The snake's plasma is following a particularly long segment of the sun's magnetic field that extends from one side to the other
Plasma is flowing from one side to the other, but the magnetic field is twisted very badly. "As a result, we're looking down on a twisted structure, which is why you're seeing this change in direction," explains David Long of the Mallard Space Science Laboratory (UCL), UK, who is leading the investigation into the phenomenon.
The images from the Solar Orbiter's Extreme-Ultraviolet Imager (EU I) were used to create the time-lapse video at the top of this page. In fact, the snake traveled for approximately three hours. That indicates, however, that the plasma must have traveled at approximately 170 kilometers per second (106 miles per second) or 612,000 kilometers per hour (380,000 miles per hour) for the distances required to cross the surface of the sun.
The snake's origin in a solar active region that later erupted, releasing billions of tonnes of plasma into space, is what makes it so fascinating. This raises the possibility that the snake was a kind of forerunner to this event and that the Solar Orbiter's instruments caught it all
The eruption was one of the most intense solar energetic particle events that the spacecraft's Energetic Particle Detector (EPD) has detected thus far.
According to David, "it's a really nice combination of datasets that we only get from the Solar Orbiter".
Even more intriguing is the fact that NASA's Parker Solar Probe was able to measure the contents of the eruption thanks to the plasma from this eruption, which is called a coronal mass ejection.
One of Solar Orbiter's primary scientific objectives is to observe an eruption and then sample the ejected gases using either its own instruments or those of another spacecraft. It will make it possible to develop a deeper comprehension of solar activity and the process by which it produces "space weather", which has the potential to disrupt satellites and other technology on Earth
ESA is in charge of the international ESA-NASA space mission known as Solar Orbiter. It sent off on February 9, 2020, and celebrated its 1000th day in space recently
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