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Humans perceive the world not as a mere collection of entities, but rather as a structured system of entities. It is this structure that enables humans to generalize a single instance of an object across different contexts. I am currently struggling to understand how the brain perceives the structure of the world. Specifically, my current focus is on how the brain processes the relative relationships between magnitudes. My approach integrates psychophysics, fMRI, cognitive modeling, online experiment, and deep neural network modeling.
Humans perceive the world not as a mere collection of entities, but rather as a structured system of entities. It is this structure that enables humans to generalize a single instance of an object across different contexts. I am currently struggling to understand how the brain perceives the structure of the world. Specifically, my current focus is on how the brain processes the relative relationships between magnitudes. My approach integrates psychophysics, fMRI, cognitive modeling, online experiment, and deep neural network modeling.
I completed my BA in Physics at Yonsei University and PhD in the Department of Brain and Cognitive Sciences at Seoul National University. My dissertation was supervised by Sang-Hun Lee in Cognitive and System Neuroscience Lab on the topic of decision boundary updating as a source of bias in choice and decision uncertainty in perceptual decisions.
My full academic CV is available here.
When I am not engaged in research, I enjoy activities such as road cycling, mountain climbing, reading books, traveling, and cooking for my family. My thought was deeply influenced by Western philosophers and writers such as Kant, Gödel, Socrates, and Tolstoy. I am a great lover of Western classical music, especially sacred and vocal works.
I will be joining the Murray Lab at Dartmouth College in September 2024.
Contact: heeseung1990@gmail.com
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