Your smartphone beeps. You have a text. But it's not an emoji-sprinkled flirt from the person you're dating. It's the smell of a fresh bouquet of roses.
That may sound crazy, but Harvard professor David Edwards and his former student Rachel Field are already testing out a device that does just that. Edwards, founder of the Paris-based art and science lab Le Laboratoire, and Field created the oPhone, a device that transmits scents via an iPhone application.
"Smell triggers a more direct cerebral response than visual and auditory signals," Edwards said recently at the American Museum of Natural History in New York City, inviting me to test my schnoz by inhaling near two cylindrical receivers he had set up. He transmitted a smell from his iPad and seconds later, the scent of chocolate chip walnut cookies filled my nostrils.
The oPhone starts with an app called oSnap, which allows users to create scents called oNotes by mixing 32 basic aromas (depicted as photographs) to generate nearly 300,000 possible scents. Data from the created smells is then delivered to an oPhone that is equipped with aroma chips from which it can recreate the smell and emit it via two cylindrical receivers. The hope is to eventually integrate the technology of these cylinders into a handheld device that people can easily carry around.
Edwards asked museum visitors to guess which scents he was sending them from a list of things like fish, chocolate, tomato, and citrus.
Jessica Hempstead, a visitor from Las Vegas, sampled the device and said, "Everything smelled like chocolate to me." She noted that it was easier to tell what the scents were when she was shown a picture of them.
Blanche Skitnevsky, a visitor from Brazil, conceded that she didn't do so well on the smell test, either: "I don't cook so that might be the problem."
Since the launch of the oPhone on June 17, when scientists transmitted the smell of macaroons and champagne from Paris to New York, over 10,000 aromas have been created using the oSnap app, helping to bring olfaction into everyday communication. Field said that several members of Le Laboratoire are creating oNotes every day. "I come in in the morning and go into the app library and say to myself, 'I know what you did last night because you documented it all with smells.'"
Along with being a consumer product, Edwards and Field see the potential for the oPhone to be used in the food industry to perhaps get a whiff of coffee beans before making an online purchase. They also think that it could be used in various forms of media, including movies and books. Imagine watching Julie & Julia and being able to smell what Amy Adams is cooking.
The oPhone is currently in the alpha phase, and is being tested throughout July at AMNH and Le Laboratoire. Edwards said they will then take everything they learn and improve the design. They hope to have a second iteration of the product by the fall. The oPhone can be purchased now at a presale price of $149 at onotes.com, or for $199 in 2015.
Edwards believes that harnessing the sense of smell will improve communication. Humans can detect nearly one trillion different odors. Our sense of smell is important in mate choice, food decisions, and even when danger is lurking nearby. "We wouldn't be where we are if we didn't have a sense of smell," Edwards said. "Understanding humans is understanding olfaction."
THE WEEK'S AUDIOPHILE PODCASTS: LISTEN SMARTER
- After Ferguson: Stop deferring to the cops
- Ferguson riots were terrible — but this racist reaction was worse
- 43 TV shows to watch in 2014
- Don't argue about politics this Thanksgiving. Just don't.
- Is it now OK to have sex with animals?
- The hilarious hypocrisy of Republicans complaining about the imperial presidency
- How to be the most productive person in your office — and still get home by 5:30 p.m.
- In Ferguson, Michael Brown lost his life — and America's police lost the benefit of the doubt
- 7 grammar rules you really should pay attention to
- How Rand Paul's GOP opponents will use his minority outreach against him
Subscribe to the Week