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"WEBVTTKind: captionsLanguage: entonight ever since the dawn of time humankind has been thirsting for a way to name the unnameable express the inexpressible looking up into space and crying out tell me more and now we've done it we finally have a picture of a black hole I'm Claire I Lee for CNN welcome to watch this space from the Senate studios in Sydney this is your guide to everything on earth you need to know about space and tonight scientists have done the impossible and captured a picture of something no one has ever seen before no it's not a mean tweet from Chrissy Teigen that woman is an angel I'm talking about a black hole those mysterious parts of the universe that warp our minds and the very fabric of space-time itself you might think you've seen a black hole but chances are it was either this a beautiful 3d render created by a NASA's graphic design department or this the haunting film clip two Soundgarden's black hole Sun but in actual fact black holes are much more enigmatic than either of those yes I just called your bluff nineties grunge music fans turns out you're not the most dark and mysterious thing in the universe black holes are the original super unknown but how exactly do they work how is it possible to have a region in space that you can't actually see well to explain let's take a trip over to the science wall what is a black hole when is space-time how do events horizon and why did I fail year twelve physics well for this week's episode of watch this space I decided to get to the source of all this information wikiHow but after a bit of searching I discovered wikiHow is woefully inadequate when it comes to explaining the general theory of relativity who knew that said I did learn how to dig a hole presumably by just staring at the lawn and I learn how to give my boyfriend space that's a lot of teeth so when the bright minds at wikiHow failed me I had to do the next best thing go to NASA according to NASA a black hole is a region in space where the pulling force of gravity is so strong that light is not able to escape that kind of intense gravity is caused when huge amount of matter is crammed into a really small space kind of like a game of Thrones recap that condenses seven seasons of material into three minutes of some vlogger just screaming at you on YouTube the black hole is surrounded by a ring of swirling gas and dust and at its perimeter the edge of the black part in the black hole is the event horizon that's the name given to the boundary where light cannot escape the point of no return if you will it's also the name of a delightful sci-fi horror romp starring Sam Neill that movie won't teach you anything about actual science but it's still fun there are three main types of black holes the smallest ones are the primordial black holes according to NASA they're about the size of an atom but with a mountain of mass inside the medium-sized black hole in this Goldilocks situation is a stellar black hole still a black holes cram the mass of about 20 Suns into a ball 10 miles across that's 20 Suns across the length of Manhattan these are the most common in the universe and we have dozens of them here in the Milky Way the biggest of the lot are the supermassive black holes scientists have also theorized to size in between stellar and supermassive but the supermassive black holes are equivalent to roughly 1 million Suns in a space the size of our solar system we have our own supermassive black hole at the center of this galaxy no not that one there we go Sagittarius a star is about the size of our Sun but with 4 million times the mass if you're finding it hard to imagine a black hole that size then just picture the guy who spent two hours sucking the life out of your last dinner party talking about why Muse is actually redefining prog rock ya know light can escape that conversation so if black holes can't be seen how do we know they're there well kind of like that insufferable friend at your dinner party we know they're there because of the effect they have on everything else scientists use instruments like NASA's Chandra x-ray Observatory or the neutron star interior composition Explorer or nicer on board the International Space Station they use those instruments to measure x-rays from black holes to map their behavior and track the gases swirling into their black black but that's not the only way to look at black holes and that leads us to the event horizon telescope the event horizon telescope is actually a group of telescopes dotted around the planet in places like Hawaii Mexico and the South Pole all these telescopes sync up to create an extremely precise planet-wide observatory and in 2017 they focused on the galaxy Messier 87 and the supermassive black hole at its centre the telescope's in the array all collect light from the black hole gathering petabytes worth of data all this information is pulled together from across the world but because the array only uses a handful of telescopes there are still gaps in the data it collects the scientists at the event horizon telescope use algorithms to fill those gaps reconstructing the most likely image of the black hole the event horizon telescope began capturing data in 2006 and now it's finally come through with the goods after collecting petabytes of data from all across the world the EHT has used its supercomputers to give us the first image of a black hole I never believed that this black hole was as big as people said until we saw that scientists hope this kind of image can give us more information about the area at the very center of the black hole beyond the event horizon this is where matter has collapsed into a point of infinite density called a singularity this part of the black hole defies understanding and scientists hope that by studying the image of the black hole itself they can learn more about the physics of black holes what's beyond the event horizon and the basic principles underpinning our understanding of the universe including Albert Einstein's theory of relativity so there you have it scientists have captured an image of something we can't see to better explain something we don't understand about a place that's impossible to escape yeah that's why I couldn't find that on wikiHow all right that's it for this week's edition of watch this space we'll be back in two weeks but in the meantime if you've enjoyed this week's broadcast then click the like button on your moan and subscribe to get more space news as a happens I'm clay Riley for Cena goodnight and Godspeed we have our own supermassive black hole at the center is the Milky Way our galaxy sure is now the event rise in telescope and it's not called the event risin because that's a bad mood right 4 million times 4 million times the mass numbers mean nothing here 400 times the mass is like 14 burritos shoved inside one basketball court spread across two Olympic sized swimming pools both in agetonight ever since the dawn of time humankind has been thirsting for a way to name the unnameable express the inexpressible looking up into space and crying out tell me more and now we've done it we finally have a picture of a black hole I'm Claire I Lee for CNN welcome to watch this space from the Senate studios in Sydney this is your guide to everything on earth you need to know about space and tonight scientists have done the impossible and captured a picture of something no one has ever seen before no it's not a mean tweet from Chrissy Teigen that woman is an angel I'm talking about a black hole those mysterious parts of the universe that warp our minds and the very fabric of space-time itself you might think you've seen a black hole but chances are it was either this a beautiful 3d render created by a NASA's graphic design department or this the haunting film clip two Soundgarden's black hole Sun but in actual fact black holes are much more enigmatic than either of those yes I just called your bluff nineties grunge music fans turns out you're not the most dark and mysterious thing in the universe black holes are the original super unknown but how exactly do they work how is it possible to have a region in space that you can't actually see well to explain let's take a trip over to the science wall what is a black hole when is space-time how do events horizon and why did I fail year twelve physics well for this week's episode of watch this space I decided to get to the source of all this information wikiHow but after a bit of searching I discovered wikiHow is woefully inadequate when it comes to explaining the general theory of relativity who knew that said I did learn how to dig a hole presumably by just staring at the lawn and I learn how to give my boyfriend space that's a lot of teeth so when the bright minds at wikiHow failed me I had to do the next best thing go to NASA according to NASA a black hole is a region in space where the pulling force of gravity is so strong that light is not able to escape that kind of intense gravity is caused when huge amount of matter is crammed into a really small space kind of like a game of Thrones recap that condenses seven seasons of material into three minutes of some vlogger just screaming at you on YouTube the black hole is surrounded by a ring of swirling gas and dust and at its perimeter the edge of the black part in the black hole is the event horizon that's the name given to the boundary where light cannot escape the point of no return if you will it's also the name of a delightful sci-fi horror romp starring Sam Neill that movie won't teach you anything about actual science but it's still fun there are three main types of black holes the smallest ones are the primordial black holes according to NASA they're about the size of an atom but with a mountain of mass inside the medium-sized black hole in this Goldilocks situation is a stellar black hole still a black holes cram the mass of about 20 Suns into a ball 10 miles across that's 20 Suns across the length of Manhattan these are the most common in the universe and we have dozens of them here in the Milky Way the biggest of the lot are the supermassive black holes scientists have also theorized to size in between stellar and supermassive but the supermassive black holes are equivalent to roughly 1 million Suns in a space the size of our solar system we have our own supermassive black hole at the center of this galaxy no not that one there we go Sagittarius a star is about the size of our Sun but with 4 million times the mass if you're finding it hard to imagine a black hole that size then just picture the guy who spent two hours sucking the life out of your last dinner party talking about why Muse is actually redefining prog rock ya know light can escape that conversation so if black holes can't be seen how do we know they're there well kind of like that insufferable friend at your dinner party we know they're there because of the effect they have on everything else scientists use instruments like NASA's Chandra x-ray Observatory or the neutron star interior composition Explorer or nicer on board the International Space Station they use those instruments to measure x-rays from black holes to map their behavior and track the gases swirling into their black black but that's not the only way to look at black holes and that leads us to the event horizon telescope the event horizon telescope is actually a group of telescopes dotted around the planet in places like Hawaii Mexico and the South Pole all these telescopes sync up to create an extremely precise planet-wide observatory and in 2017 they focused on the galaxy Messier 87 and the supermassive black hole at its centre the telescope's in the array all collect light from the black hole gathering petabytes worth of data all this information is pulled together from across the world but because the array only uses a handful of telescopes there are still gaps in the data it collects the scientists at the event horizon telescope use algorithms to fill those gaps reconstructing the most likely image of the black hole the event horizon telescope began capturing data in 2006 and now it's finally come through with the goods after collecting petabytes of data from all across the world the EHT has used its supercomputers to give us the first image of a black hole I never believed that this black hole was as big as people said until we saw that scientists hope this kind of image can give us more information about the area at the very center of the black hole beyond the event horizon this is where matter has collapsed into a point of infinite density called a singularity this part of the black hole defies understanding and scientists hope that by studying the image of the black hole itself they can learn more about the physics of black holes what's beyond the event horizon and the basic principles underpinning our understanding of the universe including Albert Einstein's theory of relativity so there you have it scientists have captured an image of something we can't see to better explain something we don't understand about a place that's impossible to escape yeah that's why I couldn't find that on wikiHow all right that's it for this week's edition of watch this space we'll be back in two weeks but in the meantime if you've enjoyed this week's broadcast then click the like button on your moan and subscribe to get more space news as a happens I'm clay Riley for Cena goodnight and Godspeed we have our own supermassive black hole at the center is the Milky Way our galaxy sure is now the event rise in telescope and it's not called the event risin because that's a bad mood right 4 million times 4 million times the mass numbers mean nothing here 400 times the mass is like 14 burritos shoved inside one basketball court spread across two Olympic sized swimming pools both in age\n"