Fabian Grabenhorst B

This study shows primate amygdala neurons encode subjective values consistent with economic choice theory, integrating reward probability and magnitude into decision-making.

This study shows primate amygdala neurons dynamically integrate reward probability and magnitude into value and risk signals through sequential coding.

The paper examines how social risk affects neural activity in the amygdala and its connection to the dorsal anterior cingulate cortex in human volunteers.

This study investigates how mice and monkeys adjust to different types of uncertainty in reward environments using choice data and reinforcement learning models.

This study shows that monkeys' food choices and learning are influenced by the nutrient content of rewards, with a nutrient-sensitive reinforcement learning model capturing these behaviors.

The paper demonstrates that neural signals in reward-related brain regions follow choice indifference curves, indicating integration of multiple reward components into scalar signals.