London, November 12, 2008 : .Astronomers discovered a tiny black hole just outside of the Milky Way.
They studied how the dark matter affects the motion of stars in the vicinity.London, Nov 12, : , Astronomers found a black hole in the Milky Way.This was discovered by studying the effects it has on the motions of nearby stars. The team at Liverpool John Moores University in the UK used the European Southern Observatory’s Very Large Telescope (ESO’s VLT), situated in the Atacama Desert of northern Chile, to spot the black hole.
Liverpool John Moores University, UK, used ESO’s Very Large Telescope (ESO VLT) in northern Chile to find the black hole.Liverpool John Moores University used ESO’s Very Large Telescope, located in Atacama Desert in northern Chile by the European Southern Observatory (ESO) to locate the black hole.
The newly found black hole was spotted lurking in NGC 1850, a cluster of thousands of stars roughly 160,000 light years away in the Large Magellanic Cloud — a neighbour galaxy of the Milky Way.NGC 1850 was the location of the newly discovered black hole.It is a cluster with thousands of stars located approximately 160,000 light-years away from the Large Magellanic Cloud, which is a neighbor galaxy to the Milky Way.NGC 1850 is home to the black hole, an area of 160,000 stars that lies in the LargeMagellanic Cloud.This galaxy is also a nearby galaxy to the Milky Way.The detection in NGC 1850 marks the first time a black hole has been found in a young cluster of stars (the cluster is only around 100 million years old, a blink of an eye on astronomical scales).NGC 1850 is the first instance of a black hole being detected in a young star cluster.The cluster’s age is just 100 million years.NGC1850 was the first to detect a black spot in a cluster of young stars.It is about 100 million years old.Astronomical scales are very small.
According to Sara Saracino from the Liverpool John Moores University’s Astrophysics Research Institute, the black hole is roughly 11 times as massive as our Sun.Sara Saracino, from Liverpool John Moores University’s Astrophysics Research Institute claims that the black hole is approximately 11 times larger than our Sun.Sara Saracino of the Liverpool John Moores University Astrophysics Research Institute says that the black holes are approximately eleven times more massive than the Sun.Astronomers started on the trail of this black hole due to its gravitational influence on the five-solar-mass star orbiting it.Because of its gravitational effect on five-solar mass stars orbiting it, astronomers began to search for this black hole.The gravitational effects of the black hole’s gravity on its five-solar-mass orbiting star, which is why astronomers set out to track it down, led them to believe that the black hole was a magnet.
Previously such small, “stellar-mass” black holes have been spotted in other galaxies by picking up the X-ray glow emitted as they swallow matter, or from the gravitational waves generated as black holes collide with one another or with neutron stars.
These “stellar mass” black holes were previously detected in galaxies through the X-ray glow they emit as they swallow matter or the gravitational waves that are generated when black holes collide or interact with neutron star.By looking for the “stellar masses” of black holes in other galaxies, one can see them by observing the Xray glow that they produce as they swallow matter.
However, most stellar-mass black holes don’t give away their presence through X-rays or gravitational waves.However, the majority of stellar-mass blackholes don’t reveal their existence through gravitational waves or X-rays.
However, most black holes of stellar mass don’t make their existence known by Xrays and gravitational wave.
This is the first time this detection method has been used to reveal the presence of a black hole outside of our galaxy.
This detection technique is new and it has revealed the existence of black holes outside our galaxy for the first time.This detection method is unique in that it can be used to detect a black hole beyond our galaxy.
The method could be key to unveiling hidden black holes in the Milky Way and nearby galaxies, and to help shed light on how these mysterious objects form and evolve, the team said.This method may be the key to uncovering black holes within the Milky Way or nearby galaxies.
It could also help to shed light on the mysterious formation and evolution of these objects, said the team.According to the team, this method can be used to reveal hidden black holes within our galaxy and other nearby galaxies.
“Every single detection we make will be important for our future understanding of stellar clusters and the black holes in them,” said co-author Mark Gieles from the University of Barcelona, Spain.Mark Gieles, co-author from University of Barcelona in Spain said that “every single discovery we make will prove to be crucial for our future understanding of star clusters and black holes within them.”Mark Gieles (University of Barcelona) said, “Every detection that we make is important for future understanding of stellar-clusters and the black hole in them #Black #discovered #astronomers #Milky #galaxy
.
