The multiple star system is 450 light years from Earth. Hubble has photographed the area many times before, because many young stars are being born there. By studying young stars, astronomers can learn more about the evolution of stars.
In the middle of the picture you see FS Tau A. This is a T Tauri binary star. A T Tauri star is a variable star in a very young stage of its evolution. So young, that there is no hydrogen fusion taking place in the interior of the star. interstellar gas cloud, but has not yet arrived on the main sequence. Astronomers call these types of objects ‘young stellar objects’, or YSOs.
The star has already contracted from an
The energy radiated by FS Tau A is due to gravitational contraction and not to nuclear fusion, as in the case of the sun. T Tauri stars are often found in nebulae in the Milky Way, such as in the well-known Orion Nebula.
FS Tau B, also known as Haro 6-5B, is located on the far right and is partly obscured by a dark dust wisp. FS Tau B is not yet a T Tauri data library of telegram star, but a protostar. A protostar is still growing by accumulating gas.
These young stars are surrounded by the gas and dust of their stellar nursery. When the stars are powerful enough, the nebulae will eventually disappear. For now, we can enjoy the beautiful chaotic environment.
Volunteers
The milestone is significant because it shows how important projects like The Sungrazer Project are. Scientist Karl ເປັນຫຍັງທີມຂາຍຄວນເຮັດວຽກໂດຍກົງກັບອົງການການຕະຫຼາດຂາເຂົ້າ? Battams leads the project. He explains: “(in 1995, ed.) before the SOHO mission started, we had only identified a small number of comets. The fact that we have now a complete list of unit phone numbers captured over 5000 comets is staggering. Together, these comets provide a super unique dataset that is extremely valuable to science. Reaching this milestone was only possible because so many volunteers are involved in the project. Together, they have dedicated many hours to the project.”
