Study shows that mice decisions are not split-second choices, but rather a reflection of the brain’s preexisting state. The use of Buridan’s Assay reveals that the brain’s preexisting goal guides decision-making, with patterns of neuron activity predicting choice, even before options are available. Hunger and thirst indirectly influence the brain’s goal-setting, with randomness triggering switches between needs, ensuring that both are eventually fulfilled. This research highlights the complex nature of decision-making and the brain’s shifting baseline state. The findings could have implications for understanding psychiatric disorders and decision-making. This exciting study has far-reaching implications and is funded by major organizations. Furthermore, additional co-authors and professors have also contributed to the research.
New research sheds light on mice decision-making. The results are surprising and challenge traditional notions of decision-making. A study published in Nature on November 8 by Stanford researchers shows that choices aren’t a split-second action, but rather a reflection of the brain’s state long before a decision is made. The brain’s constant broadcast of its goal guides decision-making, and patterns of neuron activity can predict a mouse’s choice even before it faces options. Hunger and thirst indirectly influence goal-setting, with randomness triggering switches between needs, ensuring both are fulfilled. The study underscores the importance of understanding the brain’s role in our decisions. The research has potential implications for applications in clinical contexts, including psychiatric disorders. This work, funded by major organizations, is shedding new light on decision-making and neuroscience.
