Astronomers using the groundbreaking Event Horizon Telescope (EHT) have captured the first view of the magnetic fields surrounding the supermassive black hole at the center of the Milky Way galaxy, Sagittarius A* (Sgr A*). The novel new image was captured using polarized light.
The Event Horizon Telescope (EHT) Collaboration and scientists from the Max Planck Institute for Radio Astronomy (MPIfR) in Germany used an Earth-sized radio telescope array to observe the jet base of an evolving plasma jet outflow from a supermassive black hole at an unprecedented angular resolution.
In a research paper published today in Astronomy & Astrophysics, scientists have released the sharpest image ever of a black hole.
Analyzing more than two decades of observational data collected by more than 20 telescopes, an international team of scientists says that the black hole at the center of the nearby M87 galaxy is spinning.
Radio astronomers have captured a novel wide-angle image of the famous giant black hole at the center of the galaxy Messier 87 (M87).
The most powerful gamma-ray burst ever observed that released 18 teraelectronvolts of energy has been captured by orbiting telescopes.
A spectacular photo of a huge set of rings surrounding a black hole has been captured by the NASA Chandra X-Ray Observatory and Neil Gehrels Swift Observatory.
Astronomers have unveiled the first image of the supermassive black hole at the center of the Milky Way galaxy. It was theorized there was a black hole at the center of the galaxy but this image provides overwhelming evidence that this is the case.
In a new photo captured by Hubble, what appears to be a calm spiral galaxy belies the supermassive black hole at its nucleus.
Astrophysicists have successfully observed light coming from behind a black hole. This observation is the first of its kind and proves Albert Einstein's theory that huge objects can warp space since no light can pass through a black hole and come out the other side.
The Event Horizon Telescope (EHT), which was responsible for producing the first-ever image of a black hole in 2019, has today revealed a new polarized view of the M87 black hole that reveals the structure of its magnetic fields, key in explaining how it is able to launch energetic jets from its core.
In 2019, researchers made international headlines by releasing the world's first photo of a black hole. Here's a 1-minute video that zooms from the night sky into that black hole image to show how impressive the achievement was.
The world's first photo of black hole was published back in April 2019, and scientists have been laboring to find ways to capture sharper images of the mysterious regions of spacetime. Scientists are now saying that focusing on a black hole's "photon ring" may lead to a huge increase in sharpness.
The world's first photo of a black hole, revealed this past April, was the result of years of collaboration between 347 astronomers from around the world. Today, those astronomers get to figure out how to split $3,000,000 in prize money for their hard work.
Visual China Group, the "Getty Images of China" and owner of 500px, has sparked an outcry after it attempted to claim copyright to the first-ever black hole picture that became a worldwide sensation this week.
The first-ever picture of a black hole was unveiled yesterday, generating a huge amount of interest and excitement across the world. But how exactly was this picture captured? Well, it definitely wasn't as simple as "pointing and clicking" a giant camera.
This is the first photo ever captured of a black hole. It was revealed today after years of international collaboration between over 200 international astronomers.
Scientists just further confirmed what has long been believed: that there's a supermassive black hole scientists named Sagittarius A* at the center of our Milky Way galaxy. This mind-blowing 1.5-minute video zooms in from a wide view of the night sky into the tiny little area where the latest telescopic observations were just made.
Here's an interesting photography first that is set to happen in 2017: scientists are planning to capture the first ever photo of a black hole's event horizon (the boundary of no return that light can't event escape).
There are no real images of a black hole, only artist renderings like the one above and that really cool CGI version in the movie Interstellar. But that may change in the coming years thanks to an algorithm recently developed at MIT.
The black hole in the highly-anticipated Christopher Nolan blockbuster Interstellar has already made headlines. Put together with some serious mathematical help from astrophysicist Kip Thorne, it was so accurate he's actually going to get a few academic papers out of it.
It is, however, 100% CGI and as such outside of our purview as photographers... until now. Just a few days away from the movie's debut, Shanks FX and PBS decided to recreate the effect using all in-camera elements they've shown you how to create before.
Photographer Fabian Oefner's work with paint -- all part of his "Paint Action" or "Three" cycle of photo series -- never ceases to impress. His previous Black Hole and Liquid Jewels series highlighted the effects of centrifugal force and air pressure on paint, respectively.
The final series in the cycle, Orchids, explores the effects of gravity -- and, as always, it does so in the most colorful (and messy) way possible. What's more, this time we have a chance to watch him work behind the scenes!
Swiss photographer Fabian Oefner calls himself a "curious investigator," and says that his mission is to "harness elemental forms of natural phenomena and capture them in the most stunning way possible." An example of this can be seen in his recent project titled "Black Hole," which features photos showing lines of color emanating from a "black hole."