– First Task: Tested sensitivity using gabor patches; higher rewards encouraged participants to focus attention on one side more effectively. Brain activity and eye movements revealed increased sensitivity but unchanged decisional bias.
– Second Task: Tested bias by providing variable points for detecting “Yes” or “No” options; here, participants showed decision-based bias towards the higher reward but with no correlated attention-focused brain patterns or gaze shifts.
The IISc study provides valuable insights into how expectations of reward independently influence different aspects of human cognitive processes-attention and decision-making. By separating sensitivity from bias, researchers have identified that these mechanisms involve distinct neurological responses and behaviors, contributing critical facts about how the brain prioritizes stimuli under varying incentives.
This distinction has meaningful implications for fields like education, behavioral psychology, marketing strategies, and even AI algorithms mimicking human cognition-allowing better tailoring to real-world contexts where humans adapt based on incentive structures. Moreover, such research coudl aid in understanding neurological disorders affecting perception or decision-making abilities.
Further exploration combining innovative experiments with neuroscience might reveal deeper intersections between incentives shaping both immediate focus and long-term behavioral tendencies in humans.Read more: Full Article