It has been a long time since we last heard of Parker Solar Probe, NASA's aircraft was most likely completed as a piece of molten metal. The update from the space agency suggests that now all systems are intended for a son-related sondu, which has recently started its second of the 24 planned starships.
The Parker Solar Probe has completed its first orbiting journey around the Sun, reaching its appeal point, that is, the farthest orbital distance from our star on January 19, 2019, NASA reported. He travels again to his target, a probe that is expected to arrive to the next perihelium, the closest point to the Sun along its orbital path, on April 4, 2019.
Parker Solar Probe reached this important milestone in the mission of the day, and seems to have grown so far.
"It was the first and the most comprehensive first orbit," said Andy Driesman, Project Parker Solar Probe. "We've learned a lot about how the aircraft works and responds to the solar environment, and I'm proud to say that team projections were very accurate."
The probe is currently transmitting Earth data to NASA's Deep Space Network, a satellite earth station antenna, and space-based devices designed to support spacecraft missions. To date, the probe has transferred 17 gigabytes of valuable scientific data back to Earth, NASA said, but until April will not be the total content of its first stay around the Sun. Spacecraft collects unprecedented data with its set of instruments – data that will help scientists learn more about the Sun's crown, and star-driven starbursts and starburst particles move across space at high speeds.
Nour Raouafi, a project scientist, said the data collected was indicative of "many new things we did not see before and potential new discoveries." Parker Solar Probe, in his statement, "fulfills the promise of the mission by revealing the secrets of our Sun."
Another important turning point occurred several weeks before the appeal, when Parker entered his full operational status, or Phase E, at the New Year. All probes are now online and function according to specifications, NASA reported.
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Parker's team can now designate their site in April's perennial when the probe swings to Sun at a distance of 24.1 million kilometers, which will set a new record for a man-made object. On October 29, 2018, Parker set up nearby data when it reached 42.7 million miles of the Sun's surface, breaking the old record that held the Helios 2 probe. The closest probe distance is expected in June 2025 when it will be around 6.16 million kilometers from the Sun. In such a near Parker will only need 88 days to complete the orbit around the star, and will travel about 430,000 miles per hour – fast enough to come from Philadelphia to Washington, DC, in a matter of seconds.
In preparation for the April perihelion, mission controllers save storage space by deleting files that have already been sent to Earth and sending updated position and navigation information, including an automated order line that should keep the key busy for a month.
Good luck on your other journey around the Sun, the Parker Probe![NASA]