Researchers

Kaoru Amemiya

Understanding human sensory and motor functions to improve these functions

Hideyuki Ando

Cybernetics, Telexistence, Virtual Reality

Shinichi Arakawa

Building Brain-Inspired Information Networks

Miyuki Azuma

Neural Basis of Working Memory

Hiroshi Ban

Visual Perception, Visual Cue Integration, fMRI, Psychophysics

Seitetsu Boku

Brain-machine Interface Technology

Akiko Callan

Auditory neuroscience

Ming Chang

The measurement and analysis of brain function using EEG and Perceptual learning

Uksu Choi

Ultra-high field fMRI, Visual Processing

Yuka Donoshita

Functional Imaging Technologies

Junichiro Enmi

Functional Imaging Technologies

Kazuki Enomoto

Computational Social Neuroscience

Yang Fang

Disparity processing in primary visual cortex

Shunrou Fujiwara

Functional Imaging Technologies

Makoto Fukushima

Connectomics, Network Science, Neuroimaging

Masahiro Furukawa

Sensory-motor Integration Mechanism of Human/ Human Interface based on Illusion / Telexistence / Virtual Reality

Nobuhiro Hagura

Interaction between action and perception, Somatosensory perception

Noriaki Hattori

Brain-machine interfaces

Masamichi J. Hayashi

time perception, numerical cognition, neuroimaging, brain stimulation, psychophysics

Katsuki Higo

Neural Basis of Working Memory

Masaya Hirashima

Biomechanics, Motor Control, Motor Learning

Hiroki Hamanaka

Molecular biology, Neuroengineering

Satoshi Hirose

fMRI Decoding Methodology, Human Motor Control

Koichi Hosomi

Clinical Brain Machine Interfaces

Tsuyoshi Ikegami

Motor Control, Motor Learning, Action Understanding

Mikio Inagaki

Visual Neuroscience

Masahito Inoue

Brain-machine interfaces

Masahito Inoue

Brain-machine interfaces

Michal Joachimczak

Multisensory Cognition and Computation

Taro Kaiju

Brain-machine Interface Technology

Seiji Kameda

Brain Machine Interface, Integrated Circuitry, Biological Information Processing

Shoko Kanaya

Visual Perception, Multi-sensory Processing, Psychophysics, fMRI

Mizuki Kaneda

Neural Basis of Working Memory

Yuji Kawai

Cognitive Developmental Robotics, Artificial Empathy, Neural Dynamics,Social Interaction

Tomoya　Kawashima

Experimental Cognitive Psychology, Cognitive Neuroscience

Ryoma Kobayashi

Functional Imaging Technologies

Naoko Koide-Majima

Visual processing of artists in viewing paintings Neural representation of affective states

Juan Liu

Multisensory perception and action, Human machine interface

Hiroaki Mano

Pain and thermosensory perception, chronic pain

Tomoo Mano

Neural plasticity，Neurorehabilitation

Yuichiro Matsuoka

Brain Function Imaging

Masahito Mihara

Brain-machine interfaces

Takehiro Minamoto

Computational Social Neuroscience

Makoto Miyamae

Functional Imaging Technologies

Kazuma Mori

Auditory and affective neuroscience

Takeshi Morimoto

Applied Vision Science and Neuro-Ophthalmology

Tomoyo Morita

Cognitive Developmental Robotics, Artificial Empathy, Neural Dynamics,Social Interaction/Understanding human sensory and motor functions to improve these functions

Kunihiro Nakai

Functional Imaging Technologies

Tomoya Nakai

Neural basis of higher cognitive functions

Miho Nakanishi

Functional Imaging Technologies

Tamami Nakano

Neurophysiology of Space and Time Perception

Hiroki Nakata

Functional Imaging Technologies

Ryohei Nakayama

Visual psychophysics

N. Eiji Nawa

Cognitive and Affective Neuroscience

Satoshi Nishida

Visual Cognition, Attention, Working Memory, fMRI

Yurie Nishino

Multisensory Cognition and Computation

Yuichi Ohsita

Building Brain-Inspired Information Networks

Ken-ichi Okada

Visual Neuroscience

Palmer Jason Allan

Brain-machine interfaces

Jihoon Park

Cognitive Developmental Robotics, Artificial Empathy, Neural Dynamics,Social Interaction

Youichi Saitoh

Clinical Brain Machine Interfaces

Yuichi Sakano

Human visual perception

Masanori Saruwatari

Neurophysiology of Space and Time Perception

Kota S. Sasaki

Visual Neuroscience

Adnan Shah

Signal Processing and Data Analysis in MRI

Manabu Shibasaki

Functional Imaging Technologies

Tetsuya Shimokawa

Default-Mode Network, Retinotopic Map, Complex Network Analysis

Takashi Shinozaki

Visual neuroscience, neuronal modeling, and deep learning

Hideyuki Takahashi

Human Sensorimotor Manipulative Neuroscience

Hiromasa Takemura

Diffusion MRI, Tractography, Visual neuroscience

Kenichi Takizawa

Brain-machine Interface Technology

Hiroshi Tamura

Neural Mechanisms of Visual Perception and Recognition

Toshiko Tanaka

Computational Social Neuroscience

Koichiro Tanaka

Functional Imaging Technologies

Konstantinos Theofilis

Cognitive developmental robotics, Assistance for developmental disorders

Yoshiaki Tsushima

Multisensory Cognition and Computation

Hiroaki Umehara

Dynamics of neural activity

Ryotaro Urabe

Functional Imaging Technologies

Atsushi Wada

Neural Computation of Perception and Cognition

Kei Watanabe

Brain-machine Interface Technology

Yukako Yamane

Object perception and recognition

Takufumi Yanagisawa

Brain machine interface, Pain

Satoshi Yasui

Understanding human sensory and motor functions to improve these functions

Atsushi Yokoi

Systems neuroscience/Psychophysics/fMRI

Yusuke Yokota

EEG/MEG Signal Processing, Modeling and Equipment Development

Fumiaki Yoshida

Brain Machine Interface, Neurophysiology, Optogenetics

Toshiki Yoshimine

Clinical Brain Machine Interfaces

Kenichi Yuasa

Integration of multimodal information