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UBC physicists to talk science of Angels & Demons

The Canadian-designed ATLAS detector—pictured here nearing completion in 2006—is featured in Angels & Demons as the source of an antimatter-based weapon. In the real world, the machine will monitor reactions involving energy levels never before pro

CERN
By Travis Lupick,

When Angels & Demons opens in theatres tomorrow (May 15), Canadians are going to be able to take a peek at where 30 million of their tax dollars went.

Part of the movie, which is based on Dan Brown’s 2000 novel of the same name, was filmed at the headquarters for the European Organization for Nuclear Research (CERN) in Geneva. There, buried deep beneath the border of France and Switzerland, is the Large Hadron Collider, a circular machine 27 kilometres long that was built to smash particles into one another in order to explore topics as great as the origins of the universe.

Canada’s primary contribution to the LHC is a massive detector called ATLAS, which appears in Angels & Demons as the source of antimatter which a secret organization is planning to use as a weapon to destroy the Vatican.

Speaking from Canada’s national laboratory for particle and nuclear physics located at UBC, which analyzes data from ATLAS, Isabel Trigger told the Straight that it’s very exciting to see the world get a peak inside CERN. “But we want to make sure that we get to talk a little bit about the science that we do there,” she said, “so that people don’t get the wrong idea and think it is some top-secret, dangerous place with the potential to end the world.”

For that reason, on Friday, May 22, Trigger and colleagues are scheduled to speak at a free lecture entitled Angels and Demons: The Science Revealed at UBC Robson Square (800 Robson Street) at 7 p.m. about the real science behind the science fiction of Angels & Demons .

Presenters are going to explain particle physics and antimatter, Trigger said, and also tell people about the innovative work being done with ATLAS and the LHC.

As an example of the difference between the fictitious depictions and real life, Trigger noted that in the movie, villains accumulate a quarter of a gram of antimatter and plot to use it as a weapon. At CERN, scientists do possess the ability to create and collect antimatter, she said, but collecting a quarter of a gram would take billions of years.

Are scientists worried that the movie could lead people to fear CERN as a place where scientists plot to take over the word? Not according to Trigger.

“As a former CERN staff scientist, the idea of the female lead in a Hollywood movie being a female CERN staff scientist is absolutely awesome to me,” she joked. “We are not usually cast as the glamorous types.”


You can follow Travis Lupick on Twitter at twitter.com/tlupick.


Comments

Jessica Werb
Tom Hanks was on the Colber Report the other day, and had a hilarious story about the folks at CERN actually having antimatter for awhile, but because they get a two-week break over Xmas there was no one to keep the antimatter "alive" and so they let it just kind of disappear. He swore it was a true story.
 
pwl
It's not a bad action picture as long as you suspend any sense of reality while seeing it.

Who would have thought that the Pope could be an action figure?

pwl
 
Durrr
Ya! Because you need to have a sense of reality when watching movies! ................hurrrrrrr
 
Morty
Go see Isabel's talk. When it comes to subatomic physics, Canada consistently punches above its weight. Whether it's ATLAS, the T2K neutrino oscillation experiment in Japan, or rare isotope beam physics at the ISAC facility at TRIUMF (the national lab in question), we're doing work that's as good as that being done anywhere in the world, and generally with a fraction of the budget.
 
 
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