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Assistant: Description: okay [Music] yo okay guys today I think or I I hope I have a video that will blow your mind maybe you have seen and heard of this but so I will talk about an experiment called the double slit experiment it&#39;s it&#39;s insane so let&#39;s get to it let&#39;s say you you have a gun you know gun this is a screen with one just one opening slit and this is a screen or a wall a wall and you should you shoot bullets through the opening through the slit right and you you would expect to see this pattern so all the bullets mostly land here right some bullets might ricochet meaning they they will hit the wall they will hit hit to the inside on the slit maybe like this a Ricochet right and some bullets will hit here here here here and so on but most bullets will be confined to this area so they will make a line okay hold on one line so this it looks it looks like a line right so far so good now let&#39;s see let&#39;s say you have two openings two slits here you continue firing bullets shoot bullets through both slits and of course you will not get one but you will get two uh lines they look like lines right most of the bullets will hit here and here some bullets will Ricochet and hit other places but mostly most of the bullets will be confined to this area and this area okay totally expected right no problem no problem at all right no problem so let&#39;s say we would change we uh we we use something other than a bullet we&#39;ll use water no water yeah the glass of water is back we&#39;ll use one instead of bullets let&#39;s see here okay so so this is this is the same as here just a different uh different perspective right so this is shot like this now we just turn it like that so just a different perspective it&#39;s the same okay you have the screen here which is this one this screen and the opening so you can see through you can see through the opening of course now this is water these are waves you know waves waves here waves these waves will move that way they will move forward they will hit the uh the screen and go through opening and the highest intensity in the uh in the wave we&#39;ll hit the wall and make make a line right with the gun so there were it will make a line here on the wall same with this wall same so the scientists are registering uh the intensity and it makes one line no problem so far right let&#39;s see so no surprises so far now if we introduce two openings same as we did here but instead of shooting bullets we still use water right so when a wave goes through both slits both openings they will the waves will start interfering with each other right so when when two waves with the same wave length hit hit each other they will amplify they will be stronger stronger two waves with the different wavelength wavelength they will cancel each other out I think it&#39;s something like that so on so let&#39;s compare with this uh this experiment with the gun you you would have two lines right but here when you use water instead of just two lines you will get one you owe you will you will get many lines these lines indicates that uh waves have hit each other and Amplified so the intensity the highest intensity will be here here here here and so on in the middle here the waves have hand sold each other out they have died okay so this is this is to be expected right this pattern this pattern it&#39;s called on interference pattern because the waves are are interfering with each other right so they create an interference pattern normal expected so what happens if we do the same thing the same thing with atoms you know an atom for example on electron now you think well electron it&#39;s like a small ball it&#39;s an is a particle right so we should have these results right well let&#39;s see okay so first so let&#39;s say this is the gun it&#39;s not a gun of course not but this thing this it shoots it fires tiny electrons almost like uh almost like a bullet right you shoot it and it goes through the opening the slit and just like here with the gun it makes a pattern almost well like a single line right and some some electrons will hit here right because it will Maybe maybe it goes like this you have one that goes like this it hits here and it ricoches right but most electrons will go straight and hit this area so no problems at all right this was to be expected no problems but then let&#39;s say you you introduce two openings well of course you think yeah of course you will have you will have uh two lines right not one but two lines this is what happens what what the freak you don&#39;t get you we don&#39;t see two lines we you see several lines like with the waves that&#39;s yeah that&#39;s a bit strange right that can&#39;t be why is uh why are the electrons making this pattern why is it making an interference pattern like the waves do the ways make an interference pattern right of course because they are waves but these these electrons they are particles they&#39;re tiny particles what is going on what is going on so the scientists are clever right they&#39;re smart so they thought okay we will not shoot many uh we will not shoot many particles at the same time we will just shoot one and then one more and then one more then more one more so one particle at at a time right just one particle at a time and let&#39;s see what happens then we will have then we should have two lines so they started shooting firing one particle and then another particle but after a while they saw the same interference pattern what the hell is going on huh what is going on here and of course the scientists they are clever they are smart so they thought okay okay hang on hang on wait a minute if we measure we put a camera here to see what is going on what happens does does the the electron go through this opening does it go through this opening foreign what is going on so they put a measuring device here to measure or to observe what happens here after or maybe put they put it here as well I don&#39;t I don&#39;t remember I don&#39;t remember so but so now they can see okay what what is going on what is going on here but when they did that when they put a measuring device here they did not get this pattern oh no they got this pet how&#39;s that possible how is that possible then they thought okay uh we will remove we will remove the measuring device the the camera take it away and they ran the experiment again but now they got this result can you explain this can someone explain this it&#39;s it&#39;s safe to say that if you can come up with an explanation for this you will win a Nobel Prize oh yeah for sure so uh I I hope I think I remembered everything probably not but I will leave a link down below uh to um a video on YouTube where you can watch uh a better video of the double slit experiment which explains it better than I do yeah so just check out down below and write a comment down below what what what do you think about this have you seen it before so this the first experiment happened many many years ago that is how they they knew that okay a particle is either a wave or a particle or both at the same time yeah I think these things are fascinating all right I hope you enjoyed I really hope you enjoyed so thanks for watching thanks for listening and I will see you guys in the next one take care [Music]
Title: Insane and crazy experiment. Life is strange! Intermediate English. Comprehensible input.
Caption: Alright, guys. Here is the link to a video that explains the experiment much better. Watch it and tell me what you think. Remember... if you can come up with an explanation for this, you will win a Nobel prize. So, get to work. ;)

I hope you enjoyed. I will see you guys in the next video. Take care. 

https://www.youtube.com/watch?v=NvzSLByrw4Q&ab_channel=physicslectures

#comprehensibleinput #easyenglish #learnenglish #languagelearning #learningenglish #comprehensibleenglish #doubleslit
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