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Einstein imagine that this idea that a very big weight transforms geometry that when the mass is to has he you make a hole a mysterious hole where nothing can get out of it where all its absorbed astronomers can't see black holes they infer their existence from the strange orbit of the stars around them and they say you'd need a radio telescope as large as the earth to image the hot matter swirling at the event horizon of a black hole but by using the eight telescopes and various locations synchronized with atomic clocks they could gather enough data to create this remarkable image. you may wo...

Coordinated with atomic clocks to synchronize and all that data is combined after the fact into what's called a correlator and that correlate or ultimately produces data that can be constructed into an image. astronomers want to explore how matter can disappear from our world for ever and to take a deeper look into einstein's theory of relativity and its initial theory on black holes. this fascinating stuff and it's easy to see how this is kind of a dream come true for the scientists involved explain to us if you can in layman's terms i mean how were they able to capture this extraordinary ima...

Supermassive black hole directly they inferred its existence from the stars orbiting around the black hole and from hot matter surrounding it this first ever has only been possible through the event horizon telescope a global network of radio telescopes gathering data from all around the world. are coordinated with atomic clocks to synchronize and all that data is combined after the fact into what's called a correlator and that correlate or ultimately produces data that can be constructed into an image. astronomers want to explore how matter can disappear from our world for ever and to take a ...

When you take a heterogeneous collection of telescopes and build them into one giant telescope it presents a lot of technical challenges and so in the years leading up to our twenty seventeen experiment we went telescope by telescope all over the world installing the specialized hardware we needed to do this most of the telescopes had detectors that we could use but almost none of them had the atomic clocks we need and certainly none of them had the very fast data recorders that we use some places we had to do even more a good example of this is the only telescope in chile it's a sixty six tel...

A telescope so far that work together in different parts of the world and they're all syncrude eyes and time very accurately with atomic clocks that only lose one second every hundred million years so it's a very accurate word down there their telescopes and ceiling and hawai and on the south pole if the u.s. and mexico and spain eight in total so it's a very important scientific network and that works very accurately to gather all those important data rightly am ok well we're actually going to go live now to the press conference. to find out more about what these international scientists have...