Youngjo Song
@ys1j13.bsky.social
Ph.D. 🔬 || Exploring brain-wide neural dynamics & the math behind neural computation 🧠📊 || Doctoral degree from KAIST🎓
📢 Our paper is now published in NeuroImage!
🔗 doi.org/10.1016/j.ne...
"Large-scale signal propagation modes in the human brain"
Various (9+) dynamic features—incl. waves, QPPs, and static/dynamic FC—are parsimoniously explained by 5 propagation modes.
#neuroskyence #Neuroimaging #NeuralField
🔗 doi.org/10.1016/j.ne...
"Large-scale signal propagation modes in the human brain"
Various (9+) dynamic features—incl. waves, QPPs, and static/dynamic FC—are parsimoniously explained by 5 propagation modes.
#neuroskyence #Neuroimaging #NeuralField
August 3, 2025 at 1:57 AM
📢 Our paper is now published in NeuroImage!
🔗 doi.org/10.1016/j.ne...
"Large-scale signal propagation modes in the human brain"
Various (9+) dynamic features—incl. waves, QPPs, and static/dynamic FC—are parsimoniously explained by 5 propagation modes.
#neuroskyence #Neuroimaging #NeuralField
🔗 doi.org/10.1016/j.ne...
"Large-scale signal propagation modes in the human brain"
Various (9+) dynamic features—incl. waves, QPPs, and static/dynamic FC—are parsimoniously explained by 5 propagation modes.
#neuroskyence #Neuroimaging #NeuralField
🤔 How dominant is hemispheric lateralization in brain dynamics?
Our work indicates that interhemispheric communication is the 5th dominant propagation mode. 🧠
Faster communication is linked to better cognitive abilities! ✨
👉 Watch our video to see this propagation.
#neuroskyence #neuroimaging
Our work indicates that interhemispheric communication is the 5th dominant propagation mode. 🧠
Faster communication is linked to better cognitive abilities! ✨
👉 Watch our video to see this propagation.
#neuroskyence #neuroimaging
November 28, 2024 at 2:34 AM
🤔 How dominant is hemispheric lateralization in brain dynamics?
Our work indicates that interhemispheric communication is the 5th dominant propagation mode. 🧠
Faster communication is linked to better cognitive abilities! ✨
👉 Watch our video to see this propagation.
#neuroskyence #neuroimaging
Our work indicates that interhemispheric communication is the 5th dominant propagation mode. 🧠
Faster communication is linked to better cognitive abilities! ✨
👉 Watch our video to see this propagation.
#neuroskyence #neuroimaging
How does the brain allocate resources among the Triple Networks (DMN, CEN, SN)? 🧠
Our recent findings suggest that SN activation can lead to either the DMN or CEN with anticorrelated rebounds between them.
Check out the two videos to see these transitions 🎥✨ #TripleNetworks
➡️ One mode.
Our recent findings suggest that SN activation can lead to either the DMN or CEN with anticorrelated rebounds between them.
Check out the two videos to see these transitions 🎥✨ #TripleNetworks
➡️ One mode.
November 27, 2024 at 3:33 AM
How does the brain allocate resources among the Triple Networks (DMN, CEN, SN)? 🧠
Our recent findings suggest that SN activation can lead to either the DMN or CEN with anticorrelated rebounds between them.
Check out the two videos to see these transitions 🎥✨ #TripleNetworks
➡️ One mode.
Our recent findings suggest that SN activation can lead to either the DMN or CEN with anticorrelated rebounds between them.
Check out the two videos to see these transitions 🎥✨ #TripleNetworks
➡️ One mode.
I’m thrilled to share our latest research paper, available on bioRxiv. In this study, we elucidated fundamental signal propagation modes representing unique aspects of neural resource allocation across established large-scale networks.
The video I’m sharing highlights one of these five modes.
The video I’m sharing highlights one of these five modes.
November 25, 2024 at 10:50 AM
I’m thrilled to share our latest research paper, available on bioRxiv. In this study, we elucidated fundamental signal propagation modes representing unique aspects of neural resource allocation across established large-scale networks.
The video I’m sharing highlights one of these five modes.
The video I’m sharing highlights one of these five modes.