What Makes Them Click

Photo Credit: Katie Ricard

In a previous post on how mood affects your reaction to brands you know (see You Are Most Affected By Brands And Logos When You Are Sad And Scared), I talked about the research from Marieke de Vries of Radboud University Nijmegen, in the Netherlands. De Vries also did research on two types of decision making: a trusting -your- gut intuitive method vs. following a logical, deliberative decision-making process of weighing alternatives and thinking through pros and cons. De Vries was interested in whether one method of decision-making was better than another, and also whether your mood affected the outcome of the decision.

When to use deliberative decision-making — Research by Dijksterhuis shows that when you have simple decision to make you make better decisions when you use a logical deliberative method.

When to use intuitive decision-making – Research by Shiv shows that when you have a complicated decision to make, you make better decisions when you use an intuitive or “gut” method.

read more »

Here’s Scenario 1: You get together with your friends to watch your home team play a game on TV. They win! After an afternoon of fun and friendship you stop at a grocery store on your way home. You are in a good mood. Are you more or less likely to buy the usual cereal you always buy or will you try something new?

Here’s Scenario 2: It’s Friday afternoon and your boss calls you in to tell you that he’s not happy with your latest project report. This is the project that you repeatedly told him was in trouble and you asked that more staff be assigned. You feel all your warnings were ignored. Now he’s telling you that this work will reflect badly on you and you may even lose your job. On the way home you stop at the grocery store. You are sad and scared. Are you more or less likely to buy the usual cereal you always buy, or will you try something new?

You Want What’s Familiar – A series of research studies by Marieke de Vries of Radboud University Nijmegen, in the Netherlands, shows that when people are sad or scared, they want what is familiar. When people are in a happy mood they are not as sensitive to what is familiar, and are willing to try something new and different. read more »

If you put your face right in front of a young baby and stick out your tongue, the baby will stick out his or her tongue too. This happens from a very young age (even as young as a one month old). So? What does this have to do with anything? It’s an example of the built-in, wired-into-our-brain capacity we have for imitation. Recent research on the brain shows how our imitative behavior happens.

Mirror neurons firing– In the front of the brain there is a section called the premotor cortex; motor as in movement. This is the part of the brain where you make plans to move. (It talks to the primary motor cortex which is the part of the brain that sends out the signals that actually make you move). So if you are holding an ice cream cone and you think about moving your arm to bring the ice cream cone up to your mouth, and then you do it, you can see first the premotor cortex lighting up and then the primary motor cortex lighting up. Neurons in the premotor cortex are firing — nothing surprising there. But here is where it gets interesting. If you watch someone else lift their arm and eat the ice cream cone a subset of the same neurons also fire. Just watching other people take an action causes some of the same neurons to fire as if you were actually moving. This subset of neurons have been dubbed, “mirror neurons”. We share these mirror neurons with other primates as well.

Who is taking action? — How does your brain know when you are taking the action vs. watching someone else take the action? After your mirror neurons fire from watching your friend take a lick of the ice cream cone, there is a feedback loop. Your brain registers that no ice cream was tasted, and therefore you know that you are watching someone eat ice cream, not that you just ate ice cream. read more »

You have probably heard the term “peripheral vision”, but did you know that you use your peripheral vision to get the gist of the scene around you?

Two kinds of vision — Basically, you have two types of vision: Central and Peripheral. Central vision is the vision you have when you look at something directly and see the details. Peripheral vision is the rest of the visual field that is visible, but that you are not looking directly at.

Keeping you alive on the savannah — The theory, from an evolutionary point of view, is that thousands of years ago, people who were sharpening their flint, or looking up at the clouds, and yet still noticed that a lion was coming at them from their peripheral vision survived to pass on their genes. So peripheral vision has always been important. read more »

Here’s is a thought experiment – On a scale of 1 to 10, with 1 being the lowest and 10 being the highest, rate how happy you are right now. Write that number down. Now, I want you to imagine that today you win the lottery. You now have more money than you ever thought you would. You have millions and millions of dollars. At the end of today what would be your happiness rating? Write that number down. What about 2 years from now? What will be your happiness rating 2 years from now if today you win millions and millions in the lottery?

read more »

Here is a quick video review of one of my favorite psychology books ever written. First the video review and then below I have a text summary of the review.

Jonah Lehrer’s book How We Decide is a best seller. It’s a relatively short book, but it is packed full of all the latest science on how people make decisions, including the latest research on unconscious mental processing. Lehrer is both a science writer and a neuroscientist, which means that the book has lots of substance, but is also easy to read. He uses stories and examples to explain what might otherwise be complicated and difficult science. read more »

It’s that time of year — so here is my list of the 10 best posts from my blog in 2009. I chose the 10 that I believe have had the greatest impact/most thought provoking/most interest from my readers.

#1: Dopamine Makes You Addicted to Seeking Information — I thought this was an interesting post when I wrote it, but it surprised me how quickly it took off virally; more than any other post I’ve written!

#2: Eyetracking — 7 Traps to Avoid — Another surprise to me how popular this post was.

#3: 7 Steps to Successful Web Site Redesign — I think Jacek Utko has an important view of the world.

#4: Your Attention is Riveted By Pictures of People — If people knew how important this is I think they’d change the pictures they put at their web site.

#5: Web Site User Experience Anatomy — Not one of my posts, but a guest post by Craig Tomlin, and an interesting way to think about web sites. read more »

Here’s a quick review of John Medina’s book, Brain Rules. First the video, and then below that I have a short text review.

read more »

Second only to movement (animation, video), pictures of a human face capture attention in any medium, including websites. Pictures of a human face not only capture attention, but keep the attention on that part of the screen even when the picture goes away.

We start young — With some creative experiments it has been proven that babies as young as 4 months old will look at pictures of other people more than pictures of other objects or of animals. And this preference for faces continues throughout the life span. It seems to be part of our brain wiring.

The eyes have it – Research using eye tracking shows that when you show people a picture of the face of a person, their attention goes mostly to the eyes. If you want to capture someone’s attention at a website, showing a picture of a person who is looking right into the camera captures the most attention. read more »

WHAT YOU ARE ABOUT TO READ IN THE NEXT PARAGRAPH IS COMMONLY BELIEVED, BUT NOT TRUE – You read by recognizing the shapes of words and groups of words. Words that are in all capital letters all have the same shape: a rectangle of a certain size. This makes words displayed in all uppercase harder to read than upper and lower case (known as “mixed case”).  Mixed case words are easier to read because they make unique shapes, as demonstrated by the picture below.

OK, NOW THE TRUE STUFF STARTS — When I started this article the topic was supposed to be why all capital letters are harder to read. Like most people with a usability background or a cognitive psychology background, I can describe the research — just what I wrote in the first paragraph above. I decided to look up and cite the actual research rather than just passing on the general knowledge and belief.

The research doesn’t exist, or “It’s complicated” — Something happened when I went to find the research on the shape of words and how that is related to all capital letters being harder to read. There isn’t research showing that exactly. It’s more complicated, and ultimately, more controversial. In July of 2004 Kevin Larson wrote an article that is posted at the Microsoft website that explains in depth all the research on this topic. I’ve picked out several ideas from that article and am presenting them here. A link to Kevin’s article, plus some of his research citations are at the end of this blog for those of you who want more detail. read more »