What do young stars teach us about the birth of our solar system?

Which star at the center of our solar system takes billions of years to mature and eventually gives us the energy to give life on Earth, but long ago our sun was growing into a tiny star, and here we tell you how the sun was when it was so small? It has always been a mystery, and if solved, can teach us about the formation of our solar system, the Latin word for the sun and other stellar systems made up of cosmic bodies orbiting planets and stars.

The site said “Physics “We ‘ve discovered thousands of planets in our galaxy, but where did these planets come from, and where did Earth come from? Associate Professor of Astronomy, College of Arts and Sciences.

And presented a new research paper published Nature By Espaillat He and his collaborators provided new clues about the forces when our sun was in its infancy, and for the first time discovered the unique shape of a young star revealing new information about how young stars grow..

When Esplot forms a young star, it swallows dust and gas particles called protoplanetary disks, and the particles collide with the star’s surface in a process called aggregation.

And“It’s the same process that the sun went through, “said Esplat.

Discs of protoplanets were found inside magnetic molecular clouds, which astronomers around the universe see as fertile ground for the formation of new stars..

Looking at a young star about 450 million light-years away from Earth, the observations of Esplite and his crew confirm the accuracy of the first-ever aggregation models created by astronomers. Emerging stars, now visible data support these calculations.

The Boston University team closely studied a young star, including graduate student John Windburn and postgraduate researcher Danvod Tanadipodi. GM Aw Falls in the cloud Taurus-Aurica Esplat says it is currently impossible to capture the surface of a star at such a distance, but other types of images are possible because different parts of the star’s surface emit light of different wavelengths. The team spent a month taking daily snapshots of the wavelengths of light emitted from a surface. GM Aw , And X-rays, UV rays (UV), Infrared and visible light. See Ettip GM Aw They relied on NASA’s Hubble Space Telescope “eyes” and Exoplanet Intelligence’s transiting satellite.Des) Swift The laboratory’s global telescope network Mountains.