NASA has announced the publication of four new studies detailing data collected by its Park Solar Probe, the spacecraft that is moving increasingly closer to our blazing hot star. According to the space agency, information gathered by its solar probe is revealing entirely new details about the Sun, ultimately paving the way for a rewrite of the models used to predict space weather, among other things.
The Parker Solar Probe is a specially crafted vessel designed to operate in close proximity to the Sun. The spacecraft can withstand insanely high temperatures, enabling it to gather unprecedented data on our star and its effects on our planet. The four newly published studies detail findings that are the direct result of two record-breaking Sun flybys successfully performed by the Parker probe.
The space agency has detailed a selection of the ‘surprising’ findings Parker has helped make about our Sun, including entirely new information about how the Sun rotates and how that rotation affects solar wind. NASA explained in an announcement today:
Understanding this transition point in the solar wind is key to helping us understand how the Suns rotation slows down over time, with implications for the lifecycles of our star, its potentially violent past, as well as other stars and the formation of protoplanetary disks, dense disks of gas and dust encircling young stars.
Other recently detailed findings include details about a type of magnetic field event called a ‘switchback,’ information about when dust starts to thin out near the Sun (spoiler: it’s about 7 million miles away), and findings related to solar energetic particle events, which help shed light on space weather near Earth. Full details, including data from the solar flybys, can be found here.