Posted on February 12, 2019
It was expected that the outbreak caused an intrinsic magnetic field disorder that actively activated the material onto a young, growing star when it received mass from the surrounding area. The event took place in one of the nearest regions that make up the stars, to Earth, the Orion Nebula. It only lasted for several hours.
The James Clerk Maxwell (JCMT) telescope, based in Hawaii, has uncovered a stellar flash that is 10 billion times stronger than the sun's outbursts-a discovery of history that could reveal decades of obsolete questions about the origin of its own sun and planets. Heavenly bodies bore.
"The discovery of this magnitude could only happen in Hawaii," said Dr. Steve Mairs, an astronomer and leading team researcher who discovered a starburst. "Using JCMT, we are studying the birth of nearby stars as a means of understanding the history of our own solar system. Observing rockets around the youngest stars is a new territory and gives us a key insight into the physical conditions of these systems. This is one of the ways in which we endeavor to answer the most durable questions of people about the space, time, and space that surrounds us. "
A massive black hole is being discovered. Forming a cluster of Orion Nebula
The JCMT Transient Survey Group recorded a 1500-year-old rocket using the state-of-the-art high-speed radio telescope technology and advanced image analysis techniques. Identified by astronomer dr. Steve Mairsa, the original data was obtained by a submerged JCMT camera called "SCUBA-2" kept at a cold -459.5 ° F.
It is located near the Maunakee peak and is the largest and only telescope in the northern hemisphere that is capable of detecting this type. Observation of stellar light was carried out as part of a monthly tracking program for researchers from around the world using JCMT to observe nearly 1,000 nearby stars at the earliest stages of their creation.
Daily galaxy over telescope James Clerk Maxwell