Postdoc @Stanford, PhD @Dartmouth
Mapping neural representations of the "future" | How do expectations about people, pain, and possibilities shape perception in real-time?
jungheejung.github.io
• Uniform Temporal SNR across all tasks
• Framewise displacement <0.2mm (better than UK Biobank)
• Statistical maps confirm expected activations, aligned with established literature
• Uniform Temporal SNR across all tasks
• Framewise displacement <0.2mm (better than UK Biobank)
• Statistical maps confirm expected activations, aligned with established literature
• 9 different experimental tasks – “social”, “faces”, “shortvideo”, “fractional" – including its subtasks across core cognitive domains.
• Strategic bridge: Enough tasks to link controlled paradigms with naturalistic brain states
• 9 different experimental tasks – “social”, “faces”, “shortvideo”, “fractional" – including its subtasks across core cognitive domains.
• Strategic bridge: Enough tasks to link controlled paradigms with naturalistic brain states
🧠 Introducing "Spacetop" – a massive multimodal fMRI dataset that bridges naturalistic and experimental neuroscience!
N = 101 x 6 hours each = 606 functional iso-hours combining movies, pain, faces, theory-of-mind and other cognitive tasks!
🧵below
🧠 Introducing "Spacetop" – a massive multimodal fMRI dataset that bridges naturalistic and experimental neuroscience!
N = 101 x 6 hours each = 606 functional iso-hours combining movies, pain, faces, theory-of-mind and other cognitive tasks!
🧵below