How do human and machine intelligence arise? The International Research Center for Neurointelligence (IRCN) at The University of Tokyo was launched in October 2017 to tackle this challenge over the next ten years under the World Premier International (WPI) Research Initiative of Japan. IRCN researchers will understand emergent principles of neural circuit development to inspire next-generation neural computation for artificial intelligence and novel therapies for mental illness.
December 11, 2024
WPI-IRCN is seeking post-doctoral research fellows (AI Incubator) who specialize in machine learning/artificial intelligence/statistics and/or computational/mathematical neuroscience and are extremely motivated and enthusiastic to generate neuro-inspired artificial intelligence (A.I.), working interdisciplinary with multiple PIs.
November 29, 2024
IRCN aims to launch the "Athlete Cognitive Neuroscience Project on Yips Research and its Development and Application” in FY2024.
This project aims to conduct data acquisition and analysis of skilled athletes’ brain activities in Yips state and use these results to help advance IRCN's institutional efforts to develop neuro-inspired AI and conduct research to develop new methods to alleviate Yips.
We are looking for a highly motivated Research Associate to assist the project manager (Professor) in contributing to the launch of the project and the establishment/promotion of collaboration with related organizations.
November 6, 2024
The Chao Laboratory is seeking a Project Researcher (Postdoctoral position) for a collaborative initiative with KTH Royal Institute of Technology. This project will use computational modeling to investigate various brain functions, including prediction and complex sequence processing, aiming to develop an artificial intelligence that more accurately resembles the human brain.
September 5, 2024
The Chao Laboratory is seeking a Project Research Associate to work on a collaborative research project between IRCN and Daikin. The goal of the project is to investigate the brain mechanism of creativity by using EEG, and device a closed-loop system to facilitate creativity in the real-world setting.
