Spacex is preparing to launch three spacecraft at the first mission for the species to study the solar impact throughout the solar system, from the Earth’s atmosphere to the edge of the inter -air space.
AND Falcon 9 The rocket should be lifted from the Complex-39a launch, in NASA’s Kennedy space center Florida, September 2, 7:32 EDT (1132 GMT). Saved inside Falcon’s laying of useful cargo is NASA’s interstelled probe for mapping and acceleration (IMAP), a space spacecraft (SWFO-L1) from the US National Ocean and atmosphere (Noa) and NASA CARRUTERON OPERVATORY.
Satellite trio is tied to the earthly-sunshine Lagrange Point-1 (L1), an orbital stable place in a permanent sunlight that lies 930 000 miles (1.5 million kilometers) Earth. Although each mission has its different goals, their combined science is designed to build a more complete image of relations with the earthly sun.
Imap is the first spacecraft dedicated to mapping the outer border heliospherea huge magnetic bubble surrounding our Solar system He formed that Solar wind. 10 satellite instruments, built by teams across the United States with contributions of 27 international partners, will be measured by solar wind, interstelled dust and charged particles, while ensuring continuous monitoring of solar time.
Imap and his companions will be the first spacecraft to observe solar activity From their L1 Vantage Point, and are designed to offer between 30 minutes to an hour of advanced warning about dangerous air storms to the ground.
This is especially important for astronaut missions outside Low earthen orbit (Leo), which will not enjoy great protection against the radiation from the Earth’s magnetosphere. And Nasa wants to start two such missions soon – Artemis 2 Flight about the month of 2026 and Artemis 3 Lunar Laning mission in 2027.
“IMAP will provide warnings that began with Artemide 2 and Artemide 3 of the incoming storms of radiation faster than any other spacecraft did,” said Nicky Fox, associate of the NASA scientific mission, journalists during a news conference on September 4th.
David McComas, the main investigator of the mission, said that the IMAP information would “help us to better understand the basic physics of Heliosphere” and how to protect the Earth and space rifles from cosmic rays.
Driving next to IMAP, Noa-In SWFO-L1 will serve as a dedicated solar warning system, monitoring space time and energy particles in real time. Its data will be directly scared in Noa’s predictions models to protect satellites, communication systems and electric networks from geomagnetic storms.
NASA-In the Observatory of the Carruthers Geocorona-Obtomatly Known as the Global Figs of Lyman-Alpha Dynamic Exosphere (Glide)-is torn for the study of Earth’s exosphere, a thin atmospheric layer that extends almost halfway to halfway Month.
“We don’t really know exactly how big it is,” said the University of Illinois scientist Lara Waldrop, a major mission investigator. “We do not know if it is spherical or oval, how much it changes with time or even the density of its constituent atoms of hydrogen.”
Waldrop said that what we know is that the exosphere plays a critical role in Earth’s response to the geomagnetic storms. L1 sits outside the exosphere, providing mission operators with a rare opportunity to measure it on the outside.
The findings will also improve the understanding of scientists about how atomic hydrogen runs away from earthly gravity and informs the planetary evolution model in search of immigration exoplanets.
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