What does cern stand for

By Tygolrajas | 03.11.2020

what does cern stand for

7 things you didn’t know about CERN and the strange world of particle physics

Two months later, an agreement was signed establishing the provisional Council – the acronym CERN was born. Today, our understanding of matter goes much deeper than the nucleus, and CERN's main area of research is particle physics. Because of this, the laboratory operated by CERN is often referred to as the European Laboratory for Particle Physics. Looking for online definition of CERN or what CERN stands for? CERN is listed in the World's.

We use cookies to improve your experience on our website. By using our website you consent to all cookies in accordance with our updated Cookie Notice. On the outskirts of Geneva, CERN the European Organization for Nuclear Research mimics the aftermath of the Big Bang what does cern stand for sending beams of protons hurtling into one another at close to the speed of light. In other words, however sophisticated we imagine our age of space exploration and self-driving cars to be, we are still staggeringly ignorant about almost everything in the universe.

CERN wants to dtand that. It is a grandiose undertaking that not only sheds light on the esoteric world of particle physics, but also on international collaboration, purpose and progress. A cryogenic cooling system keeps it this frigid for the sake how to get sony vaio recovery discs the superconductor electromagnets, which send proton beams hurtling towards one another in a loop metres below the ground.

You too would need help keeping cool if you were fof bursts ofbillion protons around a 27km ring at a rate of 11, times a second. Beams of protons cenr around the ring in opposite directions until they collide with such force that they generate myriad sub-atomic particles — including the Higgs Boson. A set of gargantuan detectors then crunch some of the data from 40 million collisions a second. Before the discovery of the Higgs on July 4,physicists had a theory but no proof to explain how elementary particles like electrons and quarks got their mass.

The Higgs Boson is unlikely to prove or disprove the existence of God, but it does help to cement the Standard Model: a physics theory developed in the 60s, which outlines the building blocks of matter and the forces that govern them. The Higgs Boson was one of the missing pieces holding the picture together. Fabiola Gianotti, who was in charge of the ATLAS collaboration at the time it glimpsed flr Higgs, described seeing for the first time a bump in the data which revealed the elusive particle.

Even after the discovery of the Higgs, the Standard Model is not completebecause it only explains how three out of four fundamental forces work, omitting gravity.

While gravity is well covered by the Theory of Relativity, the trouble is that there is no framework linking these two theories together to give us a unified understanding of the universe.

Suffice stqnd say there is a whole lot left for scientists to discover beyond the Higgs Boson, with potential practical applications likely to be beyond anything we can imagine today. Nobody knows where fundamental research will lead. The complex instruments developed for particle physics, at CERN and other similar facilities, have spawned numerous other uses, including PET scans, the most common tool used to diagnose cancers.

CERN shares its knowledge openly. Gianotti used the analogy of the history of light to explain the role how to make bratwurst sausages fundamental, open-ended scientific research: if we had focused only on the business case for bigger and brighter candles, we would never have made the transformative leap to electrical lighting.

However, as an Italian, Gianotti is keen to contextualise this in terms of frothy coffee. At CERN, over 12, scientists from over nationalities collaborate, working in a culture where authority comes from intellectual contributions rather than hierarchy, and colleagues generally share a sense of purpose.

Doed, collaboration is needed on a gargantuan scale to build something like the CMS detector, which weighs more than the Eiffel Tower, is hooked up with 3, kilometres of cabling and includes components built by hundreds of firms on five continents.

A Schumpeter management column in the Economist explained that this had attracted the interest of the corporate world, with mixed results:. Yes, weasels. In Aprilthe Large Hadron Colider lost power after a nefarious rodent chewed through electrical wiring.

This followed an unfortunate incident inwhen a bird dropped a bit of baguette onto electrical equipment and how to apply emotional intelligence a power outage. The mightiest human accomplishments can face the most mundane challenges. Have you read? What does cern stand for dhat best when it is open Black holes explained A galaxy made of dark matter. The views expressed in this article are those of dose author alone and not the World Economic Forum.

Sign In. I accept. Take action on UpLink. Most Popular. Video conferencing is here to stay, so how can we beat the fatigue? More on the agenda. Smashing: A simulation of protons colliding in the Large Hadron Collider. The Large Hadron Collider is colder than outer space.

The Large Hadron Collider: cool on the outside, A galaxy glimpsed by the Hubble telescope - but we're still in the dark. Tim Berners Lee: What is the future of the internet? CERN costs the equivalent of a cappuccino a year per European. Small beer? CERN costs a cappuccino a year per European. As well as inspiring geeks, big science has intrigued big business. This weasel is in no way implicated in the power outage at CERN. License and Republishing.

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CERN is the European Organization for Nuclear Research. The name CERN is derived from the acronym for the French Conseil Europeen pour la Recherche Nucleaire, a provisional body founded in with the mandate of establishing a world-class fundamental physics research organization in Europe. At that time, pure physics research concentrated on understanding the inside of the atom, . 15 rows · Looking for the definition of CERN? Find out what is the full meaning of CERN on. CERN. European Council for Nuclear Research. Nuclear. CERN. Conseil Europeen pour la Recherche Nuclaire + 3 variants. Technology, Technical, Computing. CERN. Conseil Europeen pour la .

Many people are divided on the authenticity of this account as its origins are in dispute. Regardless, we are presenting it here for you to form your own opinion. Sign up to get unfiltered news delivered straight to your inbox. By subscribing you agree to our Terms of Use. Most of you who have heard of CERN will have heard of the LHC Large Hadron Collider the largest scientific instrument which exceeds 20 miles in diameter and travels under the sovereign territory of two countries Switzerland, France.

The public has been told that it was constructed at a cost of tens of billions of Euros for the purpose of studying the birth of the universe and the collisions that take place within the collider allow us a quick glimpse at certain phenomenon that can only be witnessed when particles hit one another at incredibly high rates.

Allow me to explain: the doorway idea came into fruition in the s. After years and years of attempting to hide UFO phenomenon, including large scale and very public interactions such as the Roswell incident, and the Battle for Los Angeles incident well before that, the governments of the United States, Great Britain, and France decided to throw their weight behind the understanding of what precisely these objects were.

The ideas flew far and wide. Were UFOs from another planet? Were they from another time? Or where they simply mass hysteria and mass delusion fueled by the overactive imagination of a public who were shit scared of communists and their technology? No, they were none of those.

Our universe is but one page in a large book. Think of a closed book sitting on a table: you see each page stacked on top of one another, bound by the spine and sandwiched between the two covers. Our universe is but one page in a vast and all-encompassing book. And our page is certainly not the only one with rich, in depth thought and writing committed to it. No page was to interact with the other, just as no ink bleeds from one page to another in a standard book.

Each page, a universe unto itself. Within a few short years of mathematical research and fleets of scientists working under threat of extermination should they share their research, the book idea was finally cemented. Though many disagreed, the mathematics were there to support the book idea, and the mathematics also showed us that it was impossible for one page to interact with another. That was, until the s. During the s billions of dollars of research was funnelled into the idea that if we used enough energy, if we used enough force, concentrated into a small area the size of a pin prick we could theoretically tare our page and get a glimpse of the page next to ours.

We could open a door from their universe to ours. When the Family the code name for the group of scientists that functioned as the head of each of their departments at CERN were shown the initial presentation in March of , many of them expressed grave concern about the ramifications of opening such a doorway.

But in the beautiful name of science, the Family decided to share these ideas with the governments who constantly funded their research. At a meeting held in Luxembourg, the heads of state of the newly forming European Union, along with the United States and China were shown plans for the construction of a colossal machine that would enable the opening of a doorway that could be closed at our discretion.

The door would be opened, and the energy levels would be measure to prove that CERN had accomplished its task, and the door would be closed. Simple as that. The government leaders threw endless funding at the Family and the rest of CERN in the hopes of understanding what kind of power lay in another universe. Think of the possible endless source of Energy, faster than light travel, weaponry that could obliterate enemies using laser.

The possibilities for power were truly staggering. But the far more nefarious purpose would only be tested in the presence of the Family and a few select scientists. I am the member of the Family for my division. Obviously the original Family have all retired or died out, but there is a new, younger, more eager to prove themselves group now at the helm, and the consequences of this were and are dire.

So, with that established, allow me to explain what happened last thursday. It was an ordinary day with the LHC scheduled to commit two collisions, one at 9am and the other at PM. Both went off magnificently and the experiments were deemed a success. We witnessed two full collisions and the general group of researchers were very happy with their work.

As the room emptied, the ID clip that I had on my waist, which had a built in display and vibrator, started to go off. I looked up from the badge and caught the eye of Dr. She too had just looked up from her ID badge. We both understood and left. This was key to hiding our true intentions. As Celine and I made our way from the collider to section A, the cold Swiss air hit my face and burned as we booked it across the campus. The night was exceptionally clear, and this factor further bolstered my suspicion.

They always liked doing these experiments on clear nights. We entered Section A and made our way to the main building. The doors opened up as we approached and we made our way to the elevators across the wide expanse of a lobby with the vaulted ceilings.

The RFID signal given off by our name badges caused the elevator doors to open before we had even pressed the button. As we stepped in, the doors shut and the elevator began to move. We had been scheduled for a meeting in the Living Room, and the building knew, so all strategic lights were on, and elevators were reading where we needed to go.

The miracle of networking. We exited the lift and made our way to the regular board room, the door was shut and assembled inside was the Family. The mood in the living Room was never tense, but rather one of controlled excitement. The Family had been attempting these tests once every 6 months for the past 10 years without much success.

Bertramberg to the lesser known and constantly drunk Dr. Yao, Each had failed to achieve what the original Family had planned.

Billions were spent, but no door had yet been opened. Her announcement brought an immediate and total silence to the room. Family members looked from one to the other, some with feigned excitement, others with revered concerned, all with a general sense of disbelief.

Akava, head of mathematical physics and chief of the department that should be certifying whether or not 40 TeV was even a healthy thing to do. Her sweet, controlled tone actually did help the situation. No one said a word, we left in complete silence, made our way into the lift, and exited the building into the cold Swiss night. On the other hand, if the experiment was successful and the door opened, could we close something functioning on 40 TeV?

However this is where our role as scientist ended and our regrettable role of secret experimenter began. All we could do was say yes. At hours, with the Family assembled in the control room, and the handful of select CERN employees who understood the true nature of the experiment milling around, we commenced our grand try.

The Family members at the control entered the required programming to begin the collider, and so our fateful experiment began. A few seconds later the sound of gas entering the collider could be heard. Both gaining speed, travelling faster and faster, approaching the speed of light. Like two runners, running around a circular track in opposite directions, not touching one another.

If anything was going to happen it was going to happen now. We all continued to look at one another, the concern growing graver and graver. But nothing, no explosion, no catastrophic failure, nothing. In theory 40 was possible, but never advisable, however at 38, no specific structural damage signs were noted, nothing.

We had achieved what we thought was impossible: 40 TeV of energy was pushing the particles through the collider and we were sustaining it. There was a sudden spike in the temperature of the room. We each looked at the closest computer screen we could find, all of them showing that everything was going well, except for the fact that the thermostat in the room now read 35 degrees celsius, when we started out at a pleasant Could this be it?

The temperature dropped back down to 20 degrees, and the light was overpowering us. Suddenly there was a blood curdling scream, like someone being horribly beaten, followed by complete and total silence and then darkness.

With the sound of a bang the emergency red lighting bathed the room in a lambent glow. We could make out shadows, but no distinguishing features. By this time, approximately 2 minutes after our encounter with the white light, we still had not heard Father sound off. Chung called out. We all turned to the seat that Father sat in, and could see a lump on the chair, but no sign of her. I entered the panel code to open the emergency exit and made my way through the escape corridor to the lighting box at the end of the hall.

I turned the breaker and the normal lighting filled the control room again. All of my fellow scientists were in complete and total awe. Celine ran up to the chair Father once filled and looked down with a gasp. All of her things are here, her jewellery, her clothes, her tamp…, everything!

She had vanished into thin air. Real purpose is collecting anti-matter for advanced nuclear weapons research. These are spun off the large LHC ring and decelerated in the smaller ring then cryogenically stored in magnetic flasks for further weapons research. I would not immediately dismiss this out of hand. I know one thing for sure, that this machine was not meant to do what the scientists told us it would do.

Reads like bad fan fiction. Turn up the CERN reactor power six — more- points!

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