The Hubble Space Telescope recently observed discs of formation of planets around teenage stars. The device was thus able to examine how their growth is impacted by their environment. Hubble often reports these kinds of mysterious events to us. With its recent discovery, the instrument has given astronomers the opportunity to expand their research and learn new details about the formation of the planets.
While the telescope was trying to figure out how young stars behave, it has captured a shock wave of luminous gas entering collision in the named nebula “Running Man”. Image taken from Herbig-Haro (HH 45), also called “The running man nebula”, exhibited clouds of gas and dust.
Herbig-Haro is a kind of nebula that is created when the gas of a young star meets the dust surrounding it at speeds extremes by producing shock waves.
How does the HH 45 work?
According to NASA, the running man eis unable to emit light by itself. She rather transmits that of nearby stars. Hubble research in this region focuses on stellar jets and formation disks of planets around the new stars. There she tries to study how their environment impacts the development of records.
Hubble’s photo showed two assemblies of ionized gases shining in blue and purple colors. Purple would represent ionized magnesium, while blue would indicate ionized oxygen.
“ These elements are of interest to researchers because they could use them to discern shocks and ionization fronts. “
A NASA press release
Studying the universe by infrared thanks to James Webb?
The cliché remains an exploit for an observatory which recovered from a technical issue and went into safe mode. Hubble is a joint project of ESA and NASA. She has not known other visiting astronauts since 2011.
At present, NASA is glimpsing the launch of the new sound james webb telescope which according to her would be more powerful. She demonstrated to this effect that their capacities were distinct. Unlike Hubble, which focused on ultraviolet and optical wavelengths, the James Webb telescope will study the universe largely from the infrared.