Watch the ‘big design’ of spiral galaxy M99

Thank you for reading the news regarding technology: Watch the “big design” of the spiral galaxy M99 and now with the details

Cairo – Samia Sayed – The elegant spiral galaxy M99 is displayed in this week’s image from the Hubble Space Telescope. As a typical spiral galaxy, like the Milky Way, M99 has the classic rotating disk of stars, gas and dust, which centers and glows in the center and extends out into space.

But its own galaxy isn’t just a spiral galaxy – it’s a spiral galaxy with a “big design”, a classification given to the neatest and most organized spiral galaxies whose arms are particularly prominent and well-defined.

Galaxy M99 is located in the constellation Coma Berenices and is regarding 42 million light-years from Earth. In addition to being visually stunning, this galaxy is an exciting target for research and has been imaged by Hubble’s Wide Field Camera 3 instrument twice, for two different research projects.

The first project M99 was observed for was one that looked at the difference between two types of explosions that can occur at the end of a star’s life: supernovae and supernovae. Supernovae are the most well-known events, in which massive stars run out of fuel and explode in massive, bright events that can send out shock waves and leave behind distinct remnants. For this star, according to Digitartlends.

However, there may be events present between the brightness of these two types of events, the Hubble scientists wrote: “Current astronomical theories predict the possibility of sudden transient events that shine with brightness between supernovae and supernovae,” “Although the matter is shrouded in mystery and controversy, scientists have noted Astronomy like this event in M99 and turn to Hubble Power Vision to take a closer look and pinpoint the exact source of the fading.”

Another project for which M99 was observed was looking at how young stars form from clouds of cold dust, in a project called High Angle Resolution Physics at nearby GalaxieS using the Hubble Space Telescope.

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