SUNSPOT – Sunspot Solar Observatory's Dunn Solar Telescope supported NASA's Parker Solar Probe last week.
Members of the public were allowed to observe the 136-meter Dunn Telescope as they watched Parker Prob from Friday to Sunday.
NASA's Parker Solar Probe is an unmanned spacecraft launched in August to study the sun.
Sunspot Director of Solar Observation James McAteer said that the Solar Observatory Observatory serves as a series of eyes for the solar probe.
The probe takes readings of various aspects of the sun – like temperature, density and magnetic fields – but cannot see what it is looking at.
Indan It's like one of these rotating sprinkler heads, Mc McAteer said. . Imagine that you only have water droplets in a certain part of your lawn and that you have it all. We'll tell you what the sprinkler looks like, and what the sprinkler head does just instead of water droplets. When the plasma comes from the sun, we will tell you what the sun looks like. "
He said Sunspot helped the mission because other telescopes in the world could not maneuver to see where the probe would look.
”It was a complicated thing to do, because the connection between the Sun and the Parker Solar Probe's flying point is not a trivial, straight-line connection,“ he said. Modell We constantly apply models to predict where it might be. “
McAteer said the data would be shared with the global solar community.
Ğ We look forward to seeing how many people want to use this, “he said.
Last weekend it was unique because the probe was traveling at the same speed as the sun, meaning that the sun remained on the same part of it until it was thrown back into the solar system, McAteer said.
The probe is flying towards the sun and gaining speed by taking advantage of the planetary shooting into the slings and helping it around the sun. According to a NASA newsletter, the vehicle received first-aid assistance at Venus in early October.
The gravity aids will help the spacecraft make tighter and more rigid orbits around the sun, and in 2025 it will bring it to the nearest orbit. This tool will create around 24 orbits around the suns released during its mission.
McAteer said the Sunspot Observatory will play a similar role every time the probe captures the sun.
Parker's mission will last for seven years and, according to recent reports, will result in an orbit closer to the probe at 3.83 million miles than the surface of the sun, much earlier than previously achieved.
The spacecraft will face humanity and the conditions of wild heat and radiation, helping us to understand human beings and scientists who have been stunned by years, with close observations of a star never seen before.
The observations will add to the NASA's efforts to understand the sun, important information that the changing conditions can spread to the Solar System, affect Earth and other worlds, and release states.
The probe's findings are especially important for human life in the world.
Researchers will help harming the satellites and harming orbiting astronauts, disrupting radio communications, and improving the predictions of space weather phenomena that have their potential in the most severe, over-power networks, release situations.