A study from Aalto University in Finland has found that online shopping is more strongly linked to stress than reading the news, checking your inbox or watching adult entertainment. The internet can be both a source and a reliever of stress though, according to research. 

A Lindner-led team spearheaded by University of Cincinnati PhD candidate Sharmeen Merchant published “Gender Differences on Dual-Earners’ Money as Achievement Congruence and Needs-Supplies Fit" in the Journal of Business and Psychology. This research took an in-depth look at the psychological role money plays in households with two sources of income, and showed how a couple's alignment on financial needs impacts job fulfillment. 

Someone in the office makes a racially insensitive comment, and a white co-worker asks a Black colleague to help correct the offender. In three studies, a Cornell University researcher found that this kind of maneuver can backfire. In such scenarios, the marginalized person then views the person who asked for their help less favorably – and is less likely to want to associate with them in the future.

As millions of us embark on New Year pledges to eat better, exercise more and learn something new, research published today suggests hobbies could do more than improve your personal life, they could make you better at work. 

 

The study by researchers from the University of East Anglia (UEA) and Erasmus University Rotterdam explored how ‘leisure crafting’ - intentionally shaping your free time through goal setting, learning and connection - does not just boost well-being outside the office but can spill over into creativity, engagement, and meaning at work, especially for older employees. 

Every time we smile, grimace, or flash a quick look of surprise, it feels effortless, but the brain is quietly coordinating an intricate performance. This study shows that facial gestures aren’t controlled by two separate “systems” (one for deliberate expressions and one for emotional ones), as scientists long assumed. Instead, multiple face-control regions in the brain work together, using different kinds of signals: some are fast and shifting, like real-time choreography, while others are steadier, like a held intention. Remarkably, these brain patterns appear before the face even moves, meaning the brain starts preparing a gesture in advance, shaping it not just as a movement, but as a socially meaningful message. That matters because facial expressions are one of our most powerful tools for communication and understanding how the brain builds them helps explain what can go wrong after brain injury or in conditions that affect social signaling, This may eventually guide new ways to restore or interpret facial communication when it’s lost.