homehome Home chatchat Notifications


Mobile apps grab our attention, but not in the way you probably think

Bright colors don't affect how people look at apps.

Fermin Koop
October 6, 2020 @ 6:37 pm

share Share

The common understanding of what attracts visual attention to screens doesn’t transfer to mobile applications, according to a new study, the first one to look at how users’ eyes follow mobile app elements. Larger and brighter elements just don’t catch our eyes after all, researches argued.

Shown here are the screen resolution, aspect ratio, and color distributions of a sample webpage. Red circles represent areas of foveal vision in viewing the UIs from a 60 cm distance.

As part of an international collaboration, Aalto University researchers carried out the first study to empirically test how we interact with mobile apps. Previous studies on what attracts visual attention, also known as visual saliency, had centered on desktop and web-interfaces but never on mobile phones.

“Apps appear differently on a phone than on a desktop computer or browser: they’re on a smaller screen which simply fits fewer elements and, instead of a horizontal view, mobile devices typically use a vertical layout. Until now it was unclear how these factors would affect how apps actually attract our eyes,” said co-author Antti Oulasvirta in a statement.

In their study, Oulasvirta and his colleagues used a large group of representative mobile interfaces and eye-tracking technology to see where users look at screenshots of mobile apps, both for Android and Apple iOS devices. Up to now, it was assumed that our gazes go to bigger and brighter elements and stay there longer, as is the case in other situations.

Previous studies showed that when we look at certain types of images, our attention is focused on the center of screens and spread horizontally across the screen, rather than vertically. But in their new research, the team from Aalto University found out that those principles actually have little weight on mobile interfaces.

“It actually came as a surprise that bright colours didn’t affect how people fixate on app details. One possible reason is that the mobile interface itself is full of glossy and colourful elements, so everything on the screen can potentially catch your attention – it’s just how they’re designed. It seems that when everything is made to stand out, nothing pops out in the end,” said lead author Luis Leiva.

The study also showed that some other design principles hold true for mobile apps. Gaze tends to drift to the top-left corner, for example, as an indication of exploration or scanning. Text is also important, likely because of its role in relaying information. Users tend to focus on text elements of a mobile app as parts of icons and logos first.

At the same time, the researchers found that image elements draw visual attention more frequently than expected for the area they cover. But the average length of time users spent looking at images and other app elements was similar. Faces also attracted concentrated attention but when accompanied by text, the participants’ eyes wandered closer to the location of the text.

“Various factors influence where our visual attention goes. For photos, these factors include colour, edges, texture and motion. But when it comes to generated visual content, such as graphical user interfaces, design composition is a critical factor to consider,” said Hamed Tavakoli, co-author, in a statement.

The study was published in Proceedings of the 22nd International Conference on Human-Computer Interaction with Mobile Devices and Services.

share Share

A Dutch 17-Year-Old Forgot His Native Language After Knee Surgery and Spoke Only English Even Though He Had Never Used It Outside School

He experienced foreign language syndrome for about 24 hours, and remembered every single detail of the incident even after recovery.

Your Brain Hits a Metabolic Cliff at 43. Here’s What That Means

This is when brain aging quietly kicks in.

Scientists Just Found a Hidden Battery Life Killer and the Fix Is Shockingly Simple

A simple tweak could dramatically improve the lifespan of Li-ion batteries.

Westerners cheat AI agents while Japanese treat them with respect

Japan’s robots are redefining work, care, and education — with lessons for the world.

Scientists Turn to Smelly Frogs to Fight Superbugs: How Their Slime Might Be the Key to Our Next Antibiotics

Researchers engineer synthetic antibiotics from frog slime that kill deadly bacteria without harming humans.

This Popular Zero-Calorie Sugar Substitute May Be Making You Hungrier, Not Slimmer

Zero-calorie sweeteners might confuse the brain, especially in people with obesity

Any Kind of Exercise, At Any Age, Boosts Your Brain

Even light physical activity can sharpen memory and boost mood across all ages.

A Brain Implant Just Turned a Woman’s Thoughts Into Speech in Near Real Time

This tech restores speech in real time for people who can’t talk, using only brain signals.

Using screens in bed increases insomnia risk by 59% — but social media isn’t the worst offender

Forget blue light, the real reason screens disrupt sleep may be simpler than experts thought.

Beetles Conquered Earth by Evolving a Tiny Chemical Factory

There are around 66,000 species of rove beetles and one researcher proposes it's because of one special gland.