Department of Brain & Cognitive SCIENCES
Research

Research Overview

  • Abnormal Cognition, Behavior
  • Cognition, Behavior
  • Network System
  • Neural Circuit
  • Synapse
  • Neuron
  • Gene
  • Ki Woong Kim Full Professor
    Abnormal Brain & Cognition

    Research on mechanisms of cognitive impairment due to brain diseases such as dementia and on prevention/treatment methods; fMRI, EEG.; fMRI, EEG

  • Euitae Kim Full Professor
    Abnormal Brain & Cognition

    Research on the pathology and brain-cognitive mechanisms of mental disorders (schizophrenia, psychosis) and treatment methods; PET.

  • Sang Ah Lee Associate Professor
    Cognitive Networks & Systems

    Understanding the brain-cognitive mechanisms and developmental processes of learning and memory; fMRI, EEG.

  • Hyeon-Ae Jeon Associate Professor
    Cognitive Networks & Systems

    Understanding the neuroscientific mechanisms of human language and high-level cognition; fMRI, TMS, Modeling

  • Sang-Hun Lee Full Professor
    Cognitive Networks & Systems

    Understanding the brain-cognitive mechanisms of perceptual decision-making and developing models; fMRI, Modeling.

  • Inah Lee Full Professor (Chair)
    Cognitive Neural Circuits

    Understanding the brain-cognitive mechanisms of episodic and spatial memory and developing modulation techniques; VR tasks, electrophysiology.

  • Hyung Jin Choi Full Professor
    Cognitive Neural Circuits

    Understanding the brain-cognitive mechanisms of eating behavior and addiction; neurobiology, electrophysiology, imaging, optogenetics.

  • Jeehyun Kwag Full Professor
    Cognitive Neural Circuits

    Understanding cognition and behavior at the celluar/circuit level; electrophysiology, optogenetics, imaging, computational neuroscience. Understanding cognition and behavior at the neural cell/circuit level; electrophysiology, optogenetics, imaging, computational neuroscience.

  • Suk-Ho Lee Full Professor
    Cognitive Neural Circuits

    Understanding the mechanisms of learning and memory based on synaptic plasticity in neural circuits; electrophysiology, modeling.

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