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Brain-Computer interface l Studies of neural entrainment and mind-body integration l Neuromodulation

  • Prof. Sung-Phil Kim
    Towards practical use of P300-based brain-computer interfaces
  • Prof. Ji-Hoon Jeong
    Direct Brain Decoding Possible: Brain-Computer Interface and  its Applications Using Intuitive Paradigms
  • Dr. Alexander von Lühmann
    Improving contrast for fNIRS SingleTrial Analysis in the Everyday World: Progress and Challenges

This symposium will address how the brain activity changes in response to environmental stimuli from different perspectives and paradigms. Neural entrainment refers to the synchronization of neural activity with external stimuli, and mind-body integration refers to the coordination of cognitive, emotional, and motor processes.
Four speakers will present their research using various methods such as electroencephalogram (EEG), multiscale entropy (MSE) analysis, pupillary measures, and fMRI images. The first speaker will show how the proximity of hands to a visual target changes EEG signals in the parietal scalp, as evidenced by EEG activity and entropy. The second speaker will demonstrate how perceptual experiences of baseball players influences their action anticipation ability, as revealed by behavioral and fMRI data. The third speaker will investigate how novelty modulates emotional processes in an emotional face-word Stroop task, as indicated by event-related potentials and pupil dilation. The fourth speaker will compare how native and nonnative speakers of English’ EEG signals response to continuous speeches during a discourse comprehension task. The symposium will provide insights and challenges in studying the neural mechanisms of language, visual perception, emotion, and motor processes underlying neural entrainment and mind-body integration.

  • Prof. Philip Tseng & Yuhui Lo
    Hand Location Biases Visual Attention
  • Prof. Yin-Hua Chen
    Action Anticipation in Baseball Players: A Series of Behavioral & fMRI Studies
  • Prof. Chin-An Wang
    Coordination of P300 and Skin Conductance Responses by Pupil-Linked Arousal in an Emotional Face-Word Stroop Task
  • Prof. Chun-Hsien Hsu & Ting-Hsin Yen
    Comparing temporal response functions between native speakers and second language learners during naturalistic comprehension

  • Prof. Sungshin Kim
    Neuromodulation of Cognitive Functions through a Combined Approach of TMS and fMRI
  • Prof. Hyunjoo Jenny Lee
    Ultrasound-Based Neuromodulation
  • Prof. Friedhelm Christoph Hummel
    Non-invasive (deep) brain stimulation to modulate human behavior