Scientists have detected, for the first time, gravitational waves from colliding binary neutron stars. The detection could open a new chapter in the area of space exploration.
Space October 18, 2017
The detection of gravitational waves is perhaps this decade’s single most astonishing progress in the field of astronomy. The three key scientists behind it have received the 2017 Nobel Prize in physics.
Space October 4, 2017
LIGO and Virgo were able to detect gravitational waves from two black holes colliding in space, the first-ever joint-detection by the two observatories. The next observation run is planned for 2018.
Space September 28, 2017
Using radio telescopes, scientists have seen what appeared to be one of two supermassive black holes orbiting around the other in radio galaxy 0402+379. Read more about this fascinating discovery in the exploration of the universe.
Space June 28, 2017
Albert Einstein’s theory endures. LIGO confirms a third detection of gravitational waves from the collision of two massive black holes 3 billion light-years away from Earth.
Space June 2, 2017
Analysis of Pan-STARRS data strengthened the idea that black holes are bounded by an event horizon. How did the new research strengthen Albert Einstein's general theory of relativity?
Space May 31, 2017
A massive star in a nearby galaxy was being reborn into a black hole without a bang. Scientists said the black hole candidate may have been formed through a process known as failed supernova.
Space May 26, 2017
New research suggests that parallel universes - long held to be the province of comic books and science fiction - might exist. Scientists are hoping their studies of the cosmic microwave background - and a 'Cold Spot' in space - might prove the existence of the multiverse.
Space May 18, 2017
Astronomers have successfully peered inside a black hole to take an image of its event horizon. What does this new development from the Event Horizon Telescope means in testing Albert Einstein's general theory of relativity?
Space April 15, 2017
Einstein's theory of relativity predicts that all information that crosses the event horizon will be lost, but quantum mechanics states information can never be lost. How can the Event Horizon Telescope help solve the black hole information paradox?
Space April 8, 2017
A team of astronomers has discovered that supersized black holes do not only rip stars apart but also create them. The discovery could lead to better understanding how galaxies are formed.
Space March 29, 2017
Kicking out a supermassive black hole away from the center of a home galaxy requires energy equivalent to 100 million supernovas simultaneously exploding. This is how a gravitational wave helped expel a black hole from its galactic home.
Space March 27, 2017
Supermassive black holes rip stars apart 100 times more often than previously thought in a cosmic event known as Tidal Disruptive Events (TDEs). TDEs are useful to locate supermassive black holes that will aid in the study of their strong gravity.
Space February 28, 2017
Using the Event Horizon Telescope, astronomers may soon capture an actual image of the Sagittarius A*, the black hole at the center of the Milky Way galaxy. What does a black hole look like?
Space February 23, 2017
Astronomers have reported an unusual spectacle of a star being eaten by a black hole for more than a decade in defiance of the laws of physics. Their study has called for new research on the Eddington limit of black holes’ luminosity.
Space February 14, 2017
Middleweight black holes are elusive but scientists reported finding evidence of one in a globular star cluster. What hinted the presence of the intermediate-mass black hole at the center of 47 Tucanae?
Space February 9, 2017
A massive black hole billions of light years away from Earth has gone on a feeding frenzy that has resulted in a record-breaking mealtime, a new study reveals. How could that have happened?
Space February 7, 2017
Using X-ray observations of NuSTAR, Chandra and Suzaku, astronomers found two supermassive black holes hiding in our galaxy's cosmic neighborhood. What prevented scientists from finding these bodies earlier?
Space January 9, 2017
NASA's Chandra X-ray Observatory captured an image of black holes. About 70 percent of the image is composed of supermassive black holes that are up to billions of times more massive than the sun.
Space January 6, 2017
NASA has chosen the Imaging X-ray Polarimetry Explorer mission to launch a space telescope that will observe patterns in the X-ray radiation from black holes and neutron stars. The IXPE mission is one of three finalists in the space agency's Astrophysics Explorers Program.
Space January 5, 2017
The discovery of gravitational waves validated Einstein's 100-year old prediction, but what made the discovery so special Science magazine hailed it as the scientific breakthrough of the year?
Space December 25, 2016
A new detection method that combines microlensing and radio wave interferometry may discover about 10 black holes per year. This could double the number of known black holes in just two years.
Space December 18, 2016
When galaxies collide, the larger one comes out on top. In the case of one galactic encounter, the smaller galaxy's supermassive black hole survived but was left nearly naked.
Space November 3, 2016
A supermassive black hole will have no trouble sucking in objects in space, including a much smaller black hole. Theoretical physicists have come up with a simpler equation to demonstrate the moment the two black holes’ event horizons meet.
Space September 27, 2016
When a black hole eats a star, a burst of energy is released, destroying nearby dust. Researchers finally know more about these flares, documenting their findings in two studies.
Space September 16, 2016
Astronomers identified 63 new quasars, the biggest number to be reported in one study. These cosmic lighthouses from the early universe may shed light on what happened during the first one billion years after the Big Bang.
Space September 13, 2016
Black holes are well-known objects in space but a lot remain to be discovered about them. Recently, researchers explored the relationship between wormholes and black holes, uncovering a theory that resolves several problems involved in interpreting black holes.
Space August 8, 2016
About 90 percent of supermassive black holes in the known universe are dormant. What happens when a sleeping black hole awakens and devours a star?
Space June 24, 2016
The LIGO observatory has recorded gravitational waves for the second time. Could this be the beginning of a new branch of science?
Space June 16, 2016
After zooming in on a promotional image of Hideo Kojima's new game 'Death Stranding,' fans noticed equations related to quantum physics on the main character's dog tags. The image possibly hints at the title's plot.
Video Games June 15, 2016
It was thought that black hole exclusively feed on hot ionized gas. It turns out black holes also feed on clouds of cold space gas, ALMA observations revealed.
Space June 9, 2016
A telescope nearly the size of planet Earth is needed to capture the image of a black hole. How do the Event Horizon Telescope project and the new Chirp algorithm attempt to solve this problem?
Space June 7, 2016
A new study proposes that perhaps black holes are the dark matter scientists are long looking for. Find out the role of primordial black holes (PBHs) in this continuing mystery, which involves LIGO's first-ever detection of gravitational waves.
Space May 26, 2016
Why do some galaxies stop producing stars? A new study offers clues on how supermassive black holes at the center of Red Geyser galaxies could prevent formation of new stars.
Space May 26, 2016
Supermassive black holes form much faster than theories suggest they should. Now, astronomers using the world's most powerful space telescopes believe they know why.
Space May 25, 2016
The super pressure balloon of the U.S. space agency was launched on May 17 from New Zealand, fueling hopes that it will stay up there and travel around the globe for 100 days or more. Find out its mission involving the study of black holes and gamma rays.
Space May 20, 2016
A supermassive black hole found in Galaxy NGC 1332 has a staggering mass of about 660 million times that of the sun and has a giant disc of cold gas circling it. What is the importance of exploring these black holes in the vast universe?
Space May 7, 2016
A supermassive black hole has been "weighed" by astronomers with an unprecedented level of precision. Why is this essential for understanding the basic nature of galaxies through the universe?
Space May 6, 2016
A combination of software and human errors is pinpointed for the demise of the Hitomi spacecraft, Japan's ultra high-tech X-ray satellite tasked to probe black holes. Learn how one mistake led to several unfortunate events for the space observatory.
Space April 30, 2016
The Hitomi spacecraft is officially lost in space, according to a new announcement from JAXA. What happened to the Japanese space observatory, meant to find black holes far from Earth?
Space April 29, 2016
Stephen Hawking has another theory about the most mysterious objects in the cosmos. He said that black holes may be possible portals to another universe.
Space April 25, 2016
Theoretical physicist Stephen Hawking discussed the nature of black holes and the concern about the information paradox to students and faculty members of Harvard University. He explained that black holes are not exactly the inescapable vacuums in space that they were first thought to be.
Space April 20, 2016
A mysterious alignment of black holes has been discovered by astronomers recently. The event is linked to 'primordial mass fluctuations' in the early universe, suggests their study.
Space April 13, 2016
Scientists in Germany have developed a new method to predict when a neutron star makes its final transformation and collapses to a black hole. Their new formula is crucial to understanding neutron stars.
Space April 11, 2016
Astronomers were surprised to detect a supermassive black hole 17 billion times the mass of the sun in an average-sized galaxy group called Galaxy NGC 1600. The discovery has prompted scientists to rethink existing models.
Space April 7, 2016