You can spend hours just staring at this stuff...
This cosmic flight through the Carina Nebula shows dense clouds of gas and dust are like nurseries for new stars!
Look at tidal forces just rip apart that star! This artist's impression is based on data from a real event that scientists observed in a galaxy about 290 million light years away.
This mind-fuck of a simulation shows particles ejected by the sun during a massive explosion called a coronal mass ejection. The particles, electrons and ions, are powerful enough to distort the shape of Earth's magnetic field and sometimes mess around with our electronics. You can see them as they are deflected by Earth's magnetic field at the end of the clip.
This dense gaseous cloud wouldn't be much to see in visible light, but in infrared light it turns into a glowing, far-out masterpiece. The red colors are the warmer regions.
Doesn't get much wilder than the formation of our universe. Scientists now think that stars first formed about 420 million years after the Big Bang with galaxies coming along a bit later.
It was Mars all along! Billions of years ago, Mars had flowing liquid water and a thick atmosphere. Now it has a thin atmosphere and no flowing surface water. This video shows a flyover of the actual surface of the planet with changing climate conditions added.
This is a 3D view of the Sloan Digital Sky Survey, a map of about a million galaxies and quasars. This is what supercomputers were made for.
The sinewy visualization shows galaxies colliding and forming the filaments of the large-scale universe.
The Moon's early history was pretty dramatic, with a ton of impact craters forming early in its existence.
In this visualization, a neutron star (a super dense, super compact star that sometimes forms after supernovas) is surrounded by a cloud of dust and gas called a protoplanetary nebula.
This is a bit of an idealization, the real cycle is a bit more complex due to orbit shapes an angles of roation. Sweet craters, though.
Looks kinda angel-y, some say. The "wings" of this nebula are bubbles of hot gas and radiation coming from a massive, hot, newborn star in the center.
This is what it looks like after as a star is born but before the remaining material around it has collected into planet and asteroids and comets.
The brighter clouds of Gum 29 are illuminated by the intense radiation of the newly formed stars above.
Science Writer, Fossil Beastmaster
Contact Alex Kasprak at alex.kasprak@buzzfeed.com.
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