Deciding whether or not to put a product in your shopping basket is often a split-second decision. If there’s one advantage neuromarketing has over traditional methods, it’s being able to measure objectively what happens during that split second.
One problem: the amount of research methods under the ‘neuromarketing’ umbrella grows ever more diverse. From skin conductance to EEG. From Facial Coding to Eye Tracking.
When deciding for a specific method, a marketer wants to know one single thing: how well does it predict actual purchase?
What does the typical neuromarketing study look like? Let’s visualize for a moment what typical respondents go through in the hour they visit the neuromarketing lab.
First and foremost, there’s some brain scanning device involved, such as EEG or an fMRI scanner. Secondly, there are marketing stimuli the respondent has to interact with, oftentimes tv commercials, websites or pictures.
Next, imagine what the lab looks like. In the case of fMRI, the respondent lies flat in a turbine-shaped machine. EEG is a simpler and more flexible technology, allowing for lab designs simulating a comfortable living-room setting.
But still, there’s one essential thing missing. One thing that’s present all the time in real life, but completely lacking in almost any neuromarketing study. The answer? Other people.
Each and every day, package designers, retail planners and online UX experts all face the same question: should you follow customer expectations, or should you break them?
Many experts propose that stores, products and websites should strictly adhere to what the customer expects. This would increase the fluency of the customer experience, leading to increased feelings of positive emotion and – ultimately – purchase behavior.
Nonetheless, there are countless examples of successful concepts that had their rule-breaking philosophy to thank for. From Dell cutting out the middle man in an industry where no one believed people would buy any place else than the retail store, to Craigslist proving discarding many emblematic UX and design rules.
Both advertisers and researchers have known for many years that music can tip the scale in an ad’s favor. The well-chosen tune can make all the difference when it comes to people attending towards the ad, developing positive attitudes and associations – and ultimately forking over their hard earned cash to buy the product.
But what exactly constitutes the right music?
Have you ever dared to walk into an Abercrombie & Fitch store? Then the memory of the many muscled six-pack wielding employees probably hasn’t vanished from your mind. The brand seems to be built around the young and fit male employees who guide the customer towards a – likely – pricey fashion investment.
Does this strategy work? Does the sight of bulging biceps, tall v-tapered physiques, and chiseled jawlines truly make the average Joe reach deeper into his wallet? Let’s find out – because science has found an answer.
For years, neuromarketeers have been in pursuit of the buy button. This specific neural pattern ought to align perfectly with a rising slope in the sales curve.
Unfortunately, reality is more complex than that. While specific kinds of brain activity are certainly predictive of purchase and preferences (the nucleus accumbens and frontal asymmetry pop up time and again), the ultimate response seems to vary with content and strategy.
In the last decade, psychologists have uncovered many fascinating spillover effects of television genres making people more susceptible to different forms of advertising. A block of commercials isn’t processed in isolation. Instead, it’s tightly connected to the thoughts and feelings activated by the previous show, movie, news story and surrounding ads. This knowledge is solid gold for advertisers, as it allows them give their commercials an extra edge when buying media time.
We don’t like to admit it, but as humans we do a pretty bad job at controlling our attention. Sure, we can actively choose to maintain or divert our focus after something has captured our attention. But we hardly understand why it grabbed our eyes in the first place.
Get ready. You’re about to discover a simple to use scientifically grounded technique that has increased conversions by 40% to as much as 125% percent.
It’s not about button color, shape or size. It’s not about adding extra pieces of persuasive information. It’s not about clever page design. It’s simply restructuring the way people can accept or decline your call to action.
Governments and health organizations are spending billions of dollars in order to stimulate you and me to put healthier foods on our plates. But take one look at the world outside to face living and breathing proof that these strategies are far from successful. And in case you’re not a big fan of anecdotal evidence; the statistics also show that obesity is at an all-time high worldwide.
It’s one of the most intriguing questions in neuromarketing today: how can we predict people’s choices by having a peek into their brain activity?
Our brains are made up of many clusters of neurons, each devoted to specific – but often yet weakly understood – functions and processes. Scientists and marketers unite in pursuit of so-called ‘buying buttons’. These specific brain areas are particularly responsive towards alluring products, commercials or otherwise money-spinning marketing stimuli.
Smell. Isn’t it amazing how a dash of invisible scent molecules is able to transport you right back into a childhood visit to your grandparents? Or how the delicious aroma of freshly baked bread seems to lure you into that little bakery around the corner – despite your strict low-carb diet? And everyone recognizes that typical smell emanating from the box of your brand-new phone or television.
Because consumers are more eager than ever before to evade advertising, advertisers increasingly turn toward more covert methods to display their brands. Product placement – brands and products appearing as props in movies and TV shows – has exploded during the last decade.
Want to add some extra persuasive punch to your message? All you need is some neuroscience. And quite literally so: explanations that contain neuroscientific information such as brain scans or typical neuro-lingo are more persuasive.
Imagine you’re spending the night in your nearby cinema, viewing Hollywood latest blockbuster. What determines how much you’ll enjoy the movie?
You might think about factors such the film’s beautiful cinematography, the popcorn’s crisp bite or even the usherette’s cute smile. Surprisingly, brain scientists from Princeton University have now unearthed a much more subtle influence on our experience of pleasure: the freedom of choice you had prior to attending the movie. The pleasure generated from choosing between options – let’s say a romantic comedy and a sci-fi epic – spills over to the subsequent experience. This is called the Choice Premium Effect.
Wow. Just wow.
Let me share two experiments that have changed my view on the power of brain imaging forever.
Can your brain predict who will be the next Lady Gaga?
Ouch. Last week taught me a painful lesson in humility. I learned I was just using half the power of a persuasion principle I was convinced I’d mastered perfectly: social proof.
Social proof works. Period. No question about it.