Cracking the Code: How Brain Coordination Unlocks Social Rewards

Published on August 10, 2023

Imagine your brain as a bustling city, with different areas communicating with each other through frequencies. Well, scientists have discovered that these frequencies can reveal how our brain decodes social rewards! Just like deciphering secret codes, the brain uses distinct coordination frequencies to distinguish between vicarious reward (observing someone else being rewarded) and experienced reward (being directly rewarded). Researchers found that the cingulate-amygdala pathway in the brain plays a key role in this process. By studying these coordination frequencies, scientists are gaining a deeper understanding of the neural circuit mechanisms behind social behavior. This groundbreaking research could pave the way for new insights into altruism and prosociality. Are you curious to learn more about how your brain unlocks social rewards? Dive into the fascinating research by checking out the link below!

Vicarious reward plays a pivotal role in shaping altruism and prosociality. However, neural circuit mechanisms underlying the distinction between vicarious reward and experienced reward are poorly understood. Putnam et al. recently demonstrated that the two types of reward are represented by distinct coordination frequencies within the same cingulate–amygdala pathway.

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