everybody uses that article as a reference for wormholes make time travel possible if we create a wormhole. it's not true, that's up with the article said. i read it and i describe in your what it actually does say. so that somewhat interesting. in the end the theory of time has to do with general relativity. general relativity has a description of space that seems on physical. i'll give an example. you were sitting there. i'm standing here. the distance between us is a certain number of feet or meters. suppose neither of us move. cannot distance change? it turns out the answer is yes. put a black hole right in between you and me, and it turns out the distance to the black hole is infinite. and then from buckle to me is also infinite. so the straight-line distance between you and me has become infinite even though neither of us moved. what's happened is in general, space is flexible. he has something called the metrics, einstein, and the metric describes the flexible space. you want to know how much space there is between us, he have to add that all the cubic centimeters in the metric and

a wormhole.rns out the answer is yes. put a black hole in between you and me and it turns out the distance is infinite. from the black hole -- the distance between you and me has become infinite even though neither of us has moved. what happens is in general relativity theory space is flexible. metric -- einstein had the trick that describes space, you have to add up all the little cubic centimeters in the metric and that will tell you. one of the things i knew was around a black hole, the amount of space, if you go a little bit out there is a lot of space. black holes are drawn like this indicating there is a lot of space in there even though you think you are close. there is a lot of space. one thing i knew from general relativity is you have two blackholes together, you actually increase the amount of space. by an amount, when it hit the newspapers i quickly worked out the numbers and it turns out at least two giant black holes, each is 30 times the mass of the sun, was 29, what is 36, much bi

and everybody uses that article as a reference for wormholes make time travel possible. i read it and i describe and hear what it actually does say. in the end the theory of time has to do with general relativity and has a description of space that seems serial and on physical i will give an example. the distance between us in the distance change. it turns out the answer is yes. the distance is there. the straight line distance between you and me has become infinite even though neither of us is moved. what happens in general space is flexible. he has something called the metric. you want to know how much space there is between us if to add up all of the other little cubic centimeters and alitalia. one of the things i knew was around the black hole there was an infinite amount of space. if you go a little bit out it's a lot out. they indicate that you should get to the black hole there is a lot of space in there. one of the things i knew from my work in general relativity that if you had two black holes and they come together you actually increase the amount of space. i r

do you guys know what a wormhole is? a wormhole is when you have a black hole and under certain conditions the black hole can be a portal to another location in time and a space. so you could instantly travel from a location, one location in space to another location that's hundreds or thousands or millions of light-years away. and it sounds like science fiction, and it's incorporated in science fiction. but the laws of physics say this could actually happen. the problem though is these worm holes are very, very unstable. the likelihood of it was really, small, we thought. now, if you're a scientist, one way that we innovate is through hate. did you catch that? through hate. here is what i mean. there is an example from history, in the 19th century there was a question of how does the process of defraction work. so we knew how reflection works. we knew how refraction works. what is defraction? the most common instance of defraction is when you see oil on the surface of water, you see this rainbow pattern. what is the lig