Estimation of the cortical activity from simultaneous multi-subject recordings during the prisoner's dilemma.

L. Astolfi, F. Cincotti, D. Mattia, F. De Vico Fallani, S. Salinari, M. G. Marciani, C. Wilke, A. Doud, H. Yuan, B. He, F. Babiloni

Research output: Contribution to journalArticle

Abstract

One of the most challenging questions open in Neuroscience today is the characterization of the brain responses during social interaction. A major limitation of the approaches used in most of the studies performed so far is that only one of the participating brains is measured each time. The "interaction" between cooperating, competing or communicating brains is thus not measured directly, but inferred by independent observations aggregated by cognitive models and assumptions that link behavior and neural activation. In this paper, we present the results of the simultaneous neuroelectric recording of 5 couples of subjects engaged in cooperative games (EEG hyperscanning). The simultaneous recordings of couples of interacting subjects allows to observe and model directly the neural signature of human interactions in order to understand the cerebral processes generating and generated by social cooperation or competition. We used a paradigm called Prisoner's dilemma derived from the game theory. Results collected in a population of 10 subjects suggested that the most consistently activated structure in social interaction paradigms is the orbitofrontal region (roughly described by the Brodmann area 10) during the condition of competition.

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Brain
Interpersonal Relations
Game Theory
Game theory
Neurosciences
Electroencephalography
Prefrontal Cortex
Chemical activation
Population
Prisoner Dilemma

ASJC Scopus subject areas

  • Computer Vision and Pattern Recognition
  • Signal Processing
  • Biomedical Engineering
  • Health Informatics

Cite this

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title = "Estimation of the cortical activity from simultaneous multi-subject recordings during the prisoner's dilemma.",
abstract = "One of the most challenging questions open in Neuroscience today is the characterization of the brain responses during social interaction. A major limitation of the approaches used in most of the studies performed so far is that only one of the participating brains is measured each time. The {"}interaction{"} between cooperating, competing or communicating brains is thus not measured directly, but inferred by independent observations aggregated by cognitive models and assumptions that link behavior and neural activation. In this paper, we present the results of the simultaneous neuroelectric recording of 5 couples of subjects engaged in cooperative games (EEG hyperscanning). The simultaneous recordings of couples of interacting subjects allows to observe and model directly the neural signature of human interactions in order to understand the cerebral processes generating and generated by social cooperation or competition. We used a paradigm called Prisoner's dilemma derived from the game theory. Results collected in a population of 10 subjects suggested that the most consistently activated structure in social interaction paradigms is the orbitofrontal region (roughly described by the Brodmann area 10) during the condition of competition.",
author = "L. Astolfi and F. Cincotti and D. Mattia and {De Vico Fallani}, F. and S. Salinari and Marciani, {M. G.} and C. Wilke and A. Doud and H. Yuan and B. He and F. Babiloni",
year = "2009",
language = "English",
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journal = "Conference proceedings : ... Annual International Conference of the IEEE Engineering in Medicine and Biology Society. IEEE Engineering in Medicine and Biology Society. Conference",
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T1 - Estimation of the cortical activity from simultaneous multi-subject recordings during the prisoner's dilemma.

AU - Astolfi, L.

AU - Cincotti, F.

AU - Mattia, D.

AU - De Vico Fallani, F.

AU - Salinari, S.

AU - Marciani, M. G.

AU - Wilke, C.

AU - Doud, A.

AU - Yuan, H.

AU - He, B.

AU - Babiloni, F.

PY - 2009

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AB - One of the most challenging questions open in Neuroscience today is the characterization of the brain responses during social interaction. A major limitation of the approaches used in most of the studies performed so far is that only one of the participating brains is measured each time. The "interaction" between cooperating, competing or communicating brains is thus not measured directly, but inferred by independent observations aggregated by cognitive models and assumptions that link behavior and neural activation. In this paper, we present the results of the simultaneous neuroelectric recording of 5 couples of subjects engaged in cooperative games (EEG hyperscanning). The simultaneous recordings of couples of interacting subjects allows to observe and model directly the neural signature of human interactions in order to understand the cerebral processes generating and generated by social cooperation or competition. We used a paradigm called Prisoner's dilemma derived from the game theory. Results collected in a population of 10 subjects suggested that the most consistently activated structure in social interaction paradigms is the orbitofrontal region (roughly described by the Brodmann area 10) during the condition of competition.

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