Présentation de l'éditeur
How much do we know about why we buy? What truly influences our decisions in today’s message-cluttered world? An eye-grabbing advertisement, a catchy slogan, an infectious jingle? Or do our buying decisions take place below the surface, so deep within our subconscious minds, we’re barely aware of them?
In BUYOLOGY, Lindstrom presents the astonishing findings from his groundbreaking, three-year, seven-million-dollar neuromarketing study, a cutting-edge experiment that peered inside the brains of 2,000 volunteers from all around the world as they encountered various ads, logos, commercials, brands, and products. His startling results shatter much of what we have long believed about what seduces our interest and drives us to buy. Among his finding:
Gruesome health warnings on cigarette packages not only fail to discourage smoking, they actually make smokers want to light up.
Despite government bans, subliminal advertising still surrounds us – from bars to highway billboards to supermarket shelves.
"Cool” brands, like iPods trigger our mating instincts.
Other senses – smell, touch, and sound - are so powerful, they physically arouse us when we see a product.
Sex doesn't sell. In many cases,people in skimpy clothing and suggestive poses not only fail to persuade us to buy products - they often turn us away .
Companies routinetly copy from the world of religion and create rituals – like drinking a Corona with a lime – to capture our hard-earned dollars.
Filled with entertaining inside stories about how we respond to such well-known brands as Marlboro, Nokia, Calvin Klein, Ford, and American Idol, BUYOLOGY is a fascinating and shocking journey into the mind of today’s consumer that will captivate anyone who’s been seduced – or turned off – by marketers’ relentless attempts to win our loyalty, our money, and our minds. Includes a foreword by Paco Underhill.
Extrait
Not surprisingly, the smokers were on edge, fidgety, not sure what to expect.
Barely noticing the rain and overcast skies, they clumped together outside the medical building in London, England, that houses the Centre for NeuroImaging Sciences. Some were self- described social smokers–a cigarette in the morning, a second snuck in during lunch hour, maybe half-a- dozen more if they went out carousing with their friends at night. Others confessed to being longtime two-pack-a-day addicts. All of them pledged their allegiance to a single brand, whether it was Marlboros or Camels. Under the rules of the study, they knew they wouldn’t be allowed to smoke for the next four hours, so they were busy stockpiling as much tar and nicotine inside their systems as they could. In between drags, they swapped lighters, matches, smoke rings, apprehensions: Will this hurt? George Orwell would love this. Do you think the machine will be able to read my mind?
Inside the building, the setting was, as befits a medical laboratory, antiseptic, no- nonsense, and soothingly soulless–all cool white corridors and flannel gray doors. As the study got under way I took a perch behind a wide glass window inside a cockpit-like control booth among a cluster of desks, digital equipment, three enormous computers, and a bunch of white-smocked researchers. I was looking over a room dominated by an fMRI (functional Magnetic Resonance Imaging) scanner, an enormous, $4 million machine that looks like a giant sculpted doughnut, albeit one with a very long, very hard tongue. As the most advanced brain- scanning technique available today, fMRI measures the magnetic properties of hemoglobin, the components in red blood cells that carry oxygen around the body. In other words, fMRI measures the amount of oxygenated blood throughout the brain and can pinpoint an area as small as one millimeter (that’s 0.03937 of an inch). You see, when a brain is operating on a specific task, it demands more fuel–mainly oxygen and glucose. So the harder a region of the brain is working, the greater its fu
