I'm currently a Master's Candidate in the Department of Brain and Cognitive Sciences at Seoul National University (SNU), South Korea, working under the supervision of Prof. SangAh Lee.
My long-term goal is to identify neural markers that underlie higher-level cognitive functions, ultimately contributing to the development of more targeted interventions that can alleviate everyday cognitive difficulties and improve quality of life. To work toward this, I study the mechanisms of human learning and memory — using behavioral, neuroimaging, and computational approaches to understand how the brain organizes and retrieves information.
About
Research Interests
I am interested in how the hippocampus supports memory formation — specifically, how it resolves representational ambiguity when faced with similar experiences, and how it integrates novel information into our existing knowledge frameworks. By combining behavioral experiments, high-field neuroimaging (7T fMRI), and computational modeling, I aim to uncover the neural mechanisms that enable flexible and adaptive memory.
Technical Expertise
- Neuroimaging: 7T fMRI data analysis (structural and functional), Eyetracking data collection & analysis
- Programming: MATLAB, C#, R
- Language Proficiency (English): TOEIC 935, TEPS 435
GitHub: @chosenne96
Email: chosee@snu.ac.kr ยท choseeng@gmail.com
Updates
Structural and Functional Correlates of Pattern Separation and Completion in Human 7T fMRI: How the Hippocampus Handles Ambiguity
- Independently programmed a VR experimental task using Unity (C#)
- Performed automated and manual segmentation of 7T structural MRI data, specifically targeting hippocampal subfields
- Assisted in designing neuroimaging experimental paradigms to test remapping in human
Curious to learn more? Feel free to reach out!