So, you know where we're going. Oh, look, there it is. CERN , baby. - Woo-hoo!- CERN is best known for the Large Hadron Collider, a 27 kilometer underground ring where protons are accelerated up to 99.999999% the speed of light.
CERN , baby. - Woo-hoo!- CERN is best known for the Large Hadron Collider, a 27 kilometer underground ring where protons are accelerated up to 99.999999% the speed of light. Beams traveling in opposite directions are smashed together, releasing huge amounts of energy.
in K1 in 19 38 took place just before he left for China he had been to see cernus never to be a Chinese Einstein why was that and this why did it all
- Now, that was just a novel. But CERN actually is making antimatter. And we got to visit it. This is CERN 's antimatter factory.
- No way. Go up. You're missing zeros here. - And CERN makes it to do something that seems impossible. So you're making antiatoms?
And some of that proton beam is fed out of the ring and ends up here. This is CERN 's antimatter factory. And in here, you make antiprotons. How many?
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the - And then with CERN , if you compare maybe CERN and Fermilab, going to Perplexity here, CERN 's accelerator, the
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the And so wearing our CERN hat, we said, "Okay, we're gonna find that." But we were really, really, really trying to do it.
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the The announcement at CERN was July 4th, so two days before that, Fermilab made a measurement and said, "We can rule out
And all these particles have been discovered over the last 60 years, some of them very close to here at Stanford, some of them at Fermilab, and recently more of them at CERN . And the latest one was the discovery of the famous Higgs boson, which is also part of our little exhibit, which
And these websites contain some of the inventions and discoveries that we have done at CERN . Now why did CERN agree on that and was very positive about it? Because the world's cultural heritage online, we consider ourselves as being part of this cultural heritage.
Michael Firnhaber, from Hamburg actually, head of global strategic engagement, was contacting me. And he came to CERN . We discussed a little bit, you know?
I googled that. It has something to do with something you've seen before, or don't-- but which is not true. What is the CERN portal? I told you, conspiracy theories.
10 things you didn't know about CERN -- that was something straightforward because there are many things people don't know about CERN . A stroll through CERN 's underground-- we used the existing Street View from which Google Zurich had done already 2012, but which was not so much used.
The Chinese are also proposing a linear accelerator. And even CERN is proposing the next generation beyond that. We may find dark matter in the laboratory, and that could clinch it right there.
So I got my PhD in physics at Stanford, and I've always been a data person. I was at CERN as an undergraduate. It was really amazing to be logged in to all the computers.
Having fixed some problem in our computer cluster at MIT, important for producing the final analysis results, Christoph was flying to CERN for the unblinding event in the coming afternoon, the event that unblinded search results from all the channels were presented to the entire CMS collaboration for the first time.
It's so amazing. You would take on something so big. Or what to CERN to the collider. And again, it's like you can't leave human beings will harness themselves to these enormous endeavors and try to make it work.
Now, you may say people were involved in the inventions that led to the internet and the design is part of it. And if CERN hadn't employed Tim Berners-Lee to invent the World Wide Web, someone else would have come up something very, very similar.
And then the choice actually came. It was really CERN , I mean this opportunity at CERN to work there, and to work on these big experiments. And that happened to be as an experimentalist.
Part of the motivation for the movie was that when we were up at night, I remember a conversation with Nima at 3 o'clock in the morning at CERN , thinking what if we, as in theorists thinking about physics at these energies, were just on the wrong track. And that what would be revealed would be that this program, at least what we had dedicated our theoretical careers to, or most of them,
Mike, you expressed concern. The previous accelerator at CERN , actually, was just on the edge.
They just don't-- they don't work in this form. Last is Catalina Cernica. She is a project director for the health and happiness studies at the Leo Innovation Lab.
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the It's true that the CERN accelerator, the big accelerator, is now much higher energy than the Fermilab accelerator was. No problem. But that's not how they make antiprotons.
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the - Mm-hmm while simultaneously wearing our CERN hats, knowing that CERN was going to be able to find it if existed. And so, you know, we were a little
and we can get to that doubling number. There's work going on at CERN to understand-- one of the things that's really fascinating about dark matter is it doesn't interact with what we call in physics
And I talk also a little bit about the challenges which you have in such a collaboration and, of course, the outcome. So let me start with CERN and the LHC. First of all, you see the beautiful landscape around Geneva, which, of course, is a big motivation to work there.
And these are the list of topics which we did. 10 things you didn't know about CERN -- that was something straightforward because there are many things people don't know about CERN . A stroll through CERN 's underground-- we used the existing Street View from which Google Zurich had done already 2012,
in the antimatter facility. Then you have a stroll through the CERN 's underground spaces and the website about 10 things you probably didn't know about CERN . I will show you, just to give you an idea, how these websites have been constructed, how the exhibits tell the story.
And then 20 years later-- - We have a discovery. We have a discovery at CERN , a new particle - Maybe one-- Well, the whole story is about 15 minutes long, so I have no time to show everything to you.
There's hundreds of other ones. Here we are in-- at CERN in Switzerland.
Why da, da, da? She is the Director General of CERN in Geneva.
But the best example, the place we think in the universe that is the coldest place in the universe and has the largest magnets is actually the Large Hadron Collider in CERN Geneva. And it's because of the magnet technology and the superconductivity being used there that actually led to the discovery of the Higgs Boson.
And this guy is Christoph Paus, my PhD supervisor from Germany. And he flies between MIT and CERN every other week. You might think, where's me?
And I'd like to share a little bit with you. I stayed in a room of the CERN hostel last night, within three minutes walk from my office, 40 minutes walk from my studio in St. Saint-Genis-Pouilly, a small town at the foot of the Jura Mountains.
Our other colleagues, after their super quick and collaborative effort, had left earlier to the unblinding event, which had already started at the CERN building called Filtration Plant. Our channel was the second to unblind, starting at 3:30 PM.
How do you view Epic and Cerna today as a competitor, as an opportunity-- --Look, I think those are really well run
So you're making antiatoms? - Yes. - CERN made the first antihydrogen atoms back in 1995, but they quickly ran into a problem because those antiatoms only survived for 40 billionths of a second before annihilating, which is way too short to do anything useful with it.
- Here you see pretty much the scheme of how this facility is working. You get protons coming from one of the CERN accelerators, the PS, which smash onto a target... - The protons are accelerated up to around 99.93% the speed of light and have energies up to 26 gigaelectronvolts.
and went on to have a very accomplished career at Cern .
Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the However, the CERN accelerator had 10 times the collisions per second and three and a half times the energy.
There's so many more engineers who work at CERN than physicists even, I'm pretty sure.
I still remember people panicking whether we create black holes in CERN that eat up the planet.
And they tried to find out. And this tradition, in CERN , they're still working very hard and trying to find out what actually is the origin of our universe, how it evolved, and what are the particles, how are they related to space and time.
OK. Now, that is basically the end of my particle physics lecture. And I go back to our collaboration between CERN collaboration and between CERN and Google Arts and Culture. So once upon a try is this journey of invention and discovery where, not only CERN , but also NASA, and now
I think it's a very nice idea. So being myself very much engaged in education at CERN , this collaboration was perfect. And therefore, Google and CERN , we are strong partners, I think.
So being myself very much engaged in education at CERN , this collaboration was perfect. And therefore, Google and CERN , we are strong partners, I think. And there are many future opportunities to collaborate again in this way.
And that is not exactly how it's always described in the public. And with the relations with his supervisor and the CERN management at that time was maybe a little bit more strained than it appears in this history. So it was a tricky and sensitive way how to phrase all these different things, but I think we succeeded.
So there's a little timer which runs along the .. So Google Arts and Culture will come to CERN in a week or two.
He conducts research using the Large Hadron Collider at CERN .