Connectome Lab Presents in New York
커넥톰랩, 뉴욕 학회에서 포스터 발표
Seoul National University · Connectome Laboratory
— Leonardo da Vinci, the lab’s founding conviction
We study how the brain’s connections give rise to mind — cognition, emotion, development, and psychiatric resilience. Our instruments are brain foundation models, multimodal genetics, and quantum machine learning; our conviction is that seeing well is a scientific skill.
The research map
An illustrative sketch of how our research programs connect — select a node to see what each axis studies and how the axes link together.
Each glowing node is one axis of our research program. Select one to see what it studies, which brain systems it works with, and how it connects to the other axes.
From the lab
커넥톰랩, 뉴욕 학회에서 포스터 발표
청소년 우울증 예측 연구, Communications Medicine 게재
연구실, 한국연구재단 중견연구자지원사업 선정
Open source
The four lab repositories with the most recent activity.
Emotion representation learning with brain foundation models and naturalistic fMRI.
🤖 claude-fable-5An fMRI-based display filter for individuals with color vision deficiency.
🤖 claude-fable-5A state-space foundation model for functional MRI, scaling selective state-space dynamics to whole-brain 4D signals.
🤖 claude-fable-5Frequency-specific multi-band attention for spatiotemporal learning of brain dynamics from fMRI.
🤖 claude-fable-5Research
Different instruments, one question: how do neural connections become a mind?
Neuro-X 프로젝트: 대규모 뇌 파운데이션 모델 (LBM) 구축
Decoding the universal language of the mind through multi-modal self-attention and dynamic connectomics.
fMRI 및 EEG 파운데이션 모델 (NeuroMamba, SwiFT, DIVER-0)
Pioneering state-space models and channel-equivariant architectures for 4D neural dynamics.
계산정신의학 및 다중오믹스-뇌연결성 유전체 연구
Bridging polygenic risk scores, white matter tractography, and environmental adversity to predict mental health trajectories.
뉴로이미징과 시계열을 위한 양자 머신러닝(QML)
Circuits that actually train, fit real brain signals, and run on today's noisy hardware.
정서 신경과학: 경외, 기억, 그리고 미적 경험
The feelings that are hardest to put into words — awe, being moved, remembering — measured, modeled, and occasionally staged.
Selected work
Dong Yeop Han, Ahhyun Lee, Taeyang Lee, Sebin Lee, Jiook Cha
ICML 2025 Workshop on Generative Biology (Spotlight)
Eunji Lee, Milenna T. van Dijk, Bogyeom Kim, Gakyung Kim, Eleanor Murphy, Ardesheer Talati, Yoonjung Yoonie Joo, Myrna M. Weissman, Jiook Cha
Molecular Psychiatry
Jubin Choi, Jungwoo Seo, Dong Yeop Han, Jiook Cha
NeurIPS 2025 Workshop on Foundation Models for the Brain and Body (Spotlight)
Yoonjung Yoonie Joo, Bogyeom Kim, Gakyung Kim, Eunji Lee, Jungwoo Seo, Jiook Cha
Nature Communications
Alumni
We welcome graduate students, postdocs, and undergraduate interns from psychology, AI, neuroscience, physics, and beyond. Tell us what you want to figure out.