The Watch Selina's Gold Onlineswirling enormity of spiral galaxies never gets old.
Captured by the Hubble Space Telescope and shared with the public on Friday, spiral galaxy IC 1954 is a drop-dead gorgeous celestial object that is helping scientists understand how young stars manifest from clouds of cold gas.
By combining this highly detailed image of the galaxy with radio data collected by the Atacama Large Millimeter/submillimeter Array in Chile, scientists can piece together a clearer picture of star formation, the European Space Agency explained in the image post.
IC 1954 is roughly 45 million light-years away from Earth, and Hubble's new-ish Wide Field Camera 3 was able to soak in both visible light and ultraviolet light from the galaxy over long exposures to give us this final product.
From a bright, active core extend its gaseous, dusty, star-filled arms, similar to our own Milky Way galaxy. As the galaxy spins, all that gas and dust continuously collides and congeals into stars, with leftover material making up planets, moons, asteroid belts, and all the other stuff you can come across in space.
SEE ALSO: Two galaxies collide in chaotic Hubble imageThis particular observation sets the stage for the upcoming James Webb Space Telescope, a combined effort from NASA, ESA, and the Canadian Space Agency set to launch this fall. It will be both the biggest and most technologically advanced space telescope in history.
(Editor: {typename type="name"/})
How to Settle Down with Dystopia
How to watch Tennessee vs. Illinois basketball without cable: game time, streaming deals, and more
The Print Bar in Australia: Everything you need to know
The fat bears are already extremely fat
The Soviet Tolstoy’s Forgotten Novel by Robert Chandler
What Really Killed Walt Whitman? by Caleb Johnson
The Hemingway Marlin Fish Tournament by Andrew Feldman
NYT Strands hints, answers for May 18
NYT's The Mini crossword answers for December 9
Every MCU movie villain ranked, from "Iron Man" to "Thunderbolts*"
Welcoming Our New Digital Director, Craig Morgan Teicher by The Paris Review
接受PR>=1、BR>=1,流量相当,内容相关类链接。