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James Bond’s Aston Martin V8 hides jet engine booster rockets and heat-seeking missiles. Deadly shoes that fire poisonous daggers. A top-secret weapon system that fires electromagnetic pulses from satellites. The first exhibition to explore the science and technology that powers Bond films will leave 007 shaken and perhaps a little shaken.
“007 Science: Inventing the World of James Bond,” on display at the Chicago Museum of Science and Industry through Oct. 27, includes 13 tricked-out vehicles and more than 90 original artifacts. , at least one of which is on display from each feature film. -Operating a franchise. Among them are the metal teeth of Jaws. The Spy Who Loved Me; MI6 retinal scanner that allowed entry into the MI6 communications room golden eye; Parahawk Snowmobile Hybrid This world is not enough; and bionic eyeballs no time to die This is next to the analyzer that Gadget Master Q used to hack into and access important Specter data.
“Bond films not only introduced new technology to the general public, they set the stage for innovations that have been decades in the making,” said Cass, Collections Director and Chief Curator at the Museum of Science and Industry. Leanne McCarthy said in an interview. .
Mr. McCarthy is From Russia with lovenoted that the 1963 film was likely the first time the general public saw an instant communication device.
“Back then, pagers were used by hospitals and first responders,” she said. “It wasn’t until a few decades later that it became popular as a communications device that would allow you to stay in touch at any time.”
Then there is the Seiko TV watch, which was introduced in 1983. Octopussy, released the following year. At the time, the new gizmo could only have been considered revolutionary.
“Forty years ago, it would have been quite amazing to see this little screen made of cutting-edge LCD materials,” McCarthy said. “This watch also had other features that we have come to rely on in today’s smartwatches.”
imagine the future
Created in partnership with Aeon Productions, the makers of the Bond films, the exhibit not only features an early look at the 007 character, but also features a number of fantastical on-screen gadgets that were ahead of real-world technology. is on display. Bell’s rocket belt that helped him quickly escape from the secret agent in the 1965 movie.His jetpack. thunder ball appears next to the Gravity Industries jet suit. 1985 movie “Snooper Dog” best view Sitting next to Unitree’s modern robot dog.
Andy Lipnick, an avid Bond fan, former guitarist in a James Bond cover band, and coincidentally my brother-in-law, has always been wary of filmmaking teams blurring the line between fiction and fact. He said he was surprised.
“I was really impressed with how much detail they put into it to make it look as authentic as possible,” he said. “It seems to really work. It looks real.”
The exhibit also details the care that goes into every science story, from the nuclear bomb to bioengineering.
For example, in preparation for the first James Bond film in 1962. doctor no Producers borrowed real research equipment from the lab to create a nuclear facility for the villains based on real science.
Make Q like you
Exhibit visitors can step into their Q-inspired lab and try their hand at developing the perfect vehicle for espionage or designing stunts for a fearless agent like Bond. Masu. They can solve puzzles and decipher the types of secret messages that must be deciphered to save the world from evil.
Alongside the exhibition, the museum will offer a program inspired by the Bond films that focuses on espionage, espionage, and encryption. These include a “Secret Agent Science” summer camp for children in grades 3 to 5, and a “Spycraft Workshop” camp for children in grades 6 to 9. .
“This exhibition immerses visitors in creativity and resourcefulness,” McCarthy said. “Ordinary objects have extraordinary properties, and using science and engineering to solve problems can make the seemingly impossible possible. We hope they will look at our world and be inspired to use their own ingenuity to solve pressing challenges in their own lives, communities, and the world.”
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