Zee Media Bureau
London: Were you aware what brain does when you post your thoughts or pictures on Facebook? No. Actualy none of us know about the fact that has been decoded by a team from Freie Universität Berlin and the Max Planck Institute for Human Cognitive and Brain Sciences in Germany.
In what can be called as a first such experiment, researchers have configured a network of brain regions involved when people reveal m ore on Facebook.
The scientists have paid attention to the medial prefrontal cortex and the precuneus- two brain regions that are recruited while a person thinks about himeself/herself. Till now, results have shown that people who are involved in self-disclosure often on Facebook, that currently has 1.5 billion monthly active users had greater connectivity of both the medial prefrontal cortex and precuneus.
"Human beings like to share information about themselves. In today’s world, one way we are able to share self-related information is by using social media platforms like Facebook,” said Dr Dar Meshi, lead author and a postdoctoral researcher, in a paper featured in the journal Scientific Reports.
In the first attempt to examine the intrinsic functional connectivity of the brain in relation to social media use, Dr Meshi and colleagues observed connectivity between regions of the brain previously established to play a role in self-cognition in 35 participants.
Facebook was used in the study because people post information about their thoughts, feelings, and opinions, as well as pictures and videos of themselves.
All subjects completed a “Self-Related Sharing Scale” to determine how frequently each subject posted pictures of themselves, updated their profile information, and updated their status.
Researchers recorded functional neuroimaging (fMRI) data while subjects were allowed to let their mind wander.
They then analysed the connectivity of each participant’s brain to determine a relationship between brain connectivity and “Self-Related Sharing Scale” score across participants.
“Our study reveals a network of brain regions involved in the sharing of self-related information on social media,” Meshi added.
The authors point out that the implications of their research are broad and lay the foundation for future scientific investigation into self-disclosure.
With IANS inputs
