decision-making

IntroductionMagic, understood as a set of effects designed to produce experiences of impossibility, offers a distinctive methodological potential for cognitive science because it makes it possible to manipulate, with ecological validity, processes such as attention, perception, reasoning, and memory. Despite increasing research interest over the last two decades, the available evidence has not be…

Sabine Doebel is featured in Fast Company discussing the psychology of delayed gratification and how strategically using rewards can help people stay focused on long-term goals. The article explores how delaying immediate rewards can support productivity, self-control, and goal achievement.

The dominant tradition in decision science rests on a foundational presupposition: humans are autonomous agents whose decision-making requires principally an account of how choices are evaluated and selected. This paper challenges a more primitive assumption — that agency is reliably present to evaluate anything at all. Drawing on convergent indirect evidence from behavioral economics, motivation…

As big data and artificial intelligence (AI) technologies become embedded in the governance of higher education, algorithmic decision-making has improved managerial efficiency but has also led teachers to question the fairness of evaluation and to face difficulties in psychological adaptation, making job burnout an increasingly salient concern. How perceived fairness of algorithmic decision-makin…

Emojis are ubiquitous in digital communication, and brands widely integrate them into social media marketing. Drawing on research on cognitive busyness, multitasking, and the Affect Infusion Model, we propose that emojis function as context-dependent affective cues rather than uniformly processed signals. Across two studies, we examine how cognitive busyness shapes their impact on brand evaluatio…

The brain has a remarkably flexible system for handling uncertainty and changing situations. Researchers found that the frontoparietal cortex constantly shifts how it communicates with other brain regions depending on what information is needed to make a decision. Rather than simply becoming more active when things get difficult, this network appears to reorganize itself in real time.

research.ioresearch.io

Sign up to keep scrolling

Create your feed subscriptions, save articles, keep scrolling.

Already have an account?