American space agency NASA has chosen a new mission to research how the Sun generates and releases large space weather storms often called soar specific storms interplanetary space. Not only will such info improve understanding of how our solar system works.
But it ultimately can help protect astronauts traveling to the Moon and Mars by providing better information on how the sun’s radiation effects at the space environment they must show through.
NASA has awarded 62.6 million dollars to design-build and launch SunRISE by now early than July 1st, 2023. The new mission called the Sun Radio Interferometer Space Experiment (SunRISE) is an array of six keep satellite separating is one very large radio telescope.
Six small spacecraft will fly in a super synchronous geosynchronous Earth orbit within about 10 kilometers of each other and image the Sun in a portion of the spectrum. That is blocked by the ionosphere and can be observed from Earth.
Mission enabling advances in the software-defined radio and GPS navigation and timing. This developed and flown over the past few years from the marscapone and DARPA high-frequency or search missions. The final and mid this concept affordable and low-risk SunRISE is highly complementary to current missions.
Such as Parker Solar Probe and solar orbiter and the ground-based Daniel K. Inouye Solar new solar telescope. Using the synchronous separation of the devices specialists will be able to create a three-dimensional map on which force of soil matter will be visible and how it will be distributed water in outer space. Scientists will also be able to understand and visualize the lines of the sun’s magnetic field replication in interplanetary space.
Study the Sun on a spectrum that is not visible due to the roof ionosphere and obtained are inaccessible to other solar missions.