Master Student

My research focuses on the neural circuits supporting human high‑level cognition, leveraging the high spatiotemporal resolution of intracranial electroencephalography and brain‑computer interface technologies. I am particularly interested in the intersection of language comprehension, associative learning, and declarative memory. My work aims to decode how the human brain encodes, stores, and retrieves semantic knowledge in real time by analyzing dynamic neural signatures. Using iEEG and BCI frameworks, I seek to uncover the mechanistic basis of knowledge representation—from word‑level semantics to compositional meaning—and to explore how these neural codes can be leveraged to restore or augment cognitive functions in clinical populations.