One of the most incredible things about black holes is how much bigger they are than almost anything else out there. Now, a new image taken at the Atacama Large Millimeter/submillimeter Array (ALMA) Observatory shows that we’ve been totally wrong about how they manage to grow so large.
Now this is extraordinary. It's the sharpest picture ever made of a protoplanetary disc surrounding a young star. The image, which bears a striking resemblance to prior artistic impressions, is set to revolutionize our understanding of how planets form.
What happens when you take observations of a gas cloud, a protostar, and a pre-star dense core of gas, and model them with turbulence? A downright hypnotizing model at how multiple star systems may form.
The European Southern Observatory sent a documentary team around to their telescopes in Chile. While the footage is still being processed, they've released some amazing photographs and timelapse footage for us to drool over. Oooooh, pretty!
The Atacama Large Millimeter/submillimeter Array consists of 66 individual radio telescopes that can be moved to zoom in on a patch of sky. But how do they move those 100-ton beasts around the desert?
The massive carbon monoxide clouds observed in the Beta Pictoris planetary system are just weird. The star's ultraviolet light breaks down the gas within a century, so massive Mars-sized comets need to be constantly colliding to supply new gas.
There's a solar system close to here that hosts an unusually active debris field, one in which a comet is annihilated every five minutes. Astronomers say it could be the result of gravitationally trapped debris — or the catastrophic collision between two planets the size of Mars.
See that reddish cloud inside this supernova's shockwave? It's a massive plume of dust that formed shortly after the star ripped itself to shreds. The observation was made using the the brand new ALMA telescope — and it's one that will help explain how galaxies got their dusty and dim complexion.
Today is inauguration day for ALMA, the massive telescopic array that’s still under construction in Chile’s Atacama Desert. But just because it’s not finished doesn’t mean astronomers haven’t been using it. The $1.5 billion telescope has just peered into the deepest realms of the universe, revealing some of the most…
We are about to see what happens when stars come to life. On March 13, the Atacama Large Millimeter/Sub Millimeter Array (ALMA) goes online. It's the most powerful such telescope ever built, and is part of a class of "very large telescopes" that combine the power of several massive antennae to gather information…
This week Guillermo Del Toro unleashes the creepy, intense monster movie Mama into the world. But few people know that this project was actually inspired on the creepy short from Andrés Muschietti. In fact, the original two minute and 30 second short is what made GDT support Muschietti as director of the full-length…
When it comes to enjoying the full-blown magnificence of a star-studded sky, or the peak of a spectacular meteor shower, the Moon (to borrow a phrase from astronomer Mike Brown) is your nemesis.
Situated 5,000 meters above sea level, atop a vast, arid plateau in northern Chile, sits the Atacama Large Millimeter/Submillimeter Array (ALMA). Despite being only one-third complete, ALMA is already the most powerful telescope of its kind, and is well on its way to becoming the most technologically advanced…
Here's awesome time-lapse footage of a single evening from the in-development ALMA Array Operations Site, the largest astronomical project in human history which happens to sit at 5000 meters on the Chajnantor plateau in Chile.
What better way to celebrate the holiday season than with a bunch of dolls that want to eat your soul? Plus a brand new brain-busting trailer that may be the next scifi infatuation, Re-Wire.
Yeah, you read that headline right. This supermassive radio telescope, set to be completed in Chile in 2012 (you're seeing an artist's rendering), listens to frequencies between the infrared and radio spectrum. It tunes in particles that will give astronomers an unprecedented portrait of the early universe, as well…