Brain.AI.fMRI
@stevechoi0921.bsky.social
I am a neuroscientist and engineer with a passion for bridging deep scientific research and real-world applications in Neuroscience and AI.
Nice experience at MPI in Leipzig. I got inspired a lot. Now, my question is who will be the next Max Planck as a magical scientist ever.
November 13, 2025 at 9:44 PM
Nice experience at MPI in Leipzig. I got inspired a lot. Now, my question is who will be the next Max Planck as a magical scientist ever.
Reposted by Brain.AI.fMRI
Great to have @timlawn.bsky.social visiting today and presenting some really interesting findings. Cool stuff.
October 9, 2025 at 2:56 PM
Great to have @timlawn.bsky.social visiting today and presenting some really interesting findings. Cool stuff.
June 18, 2025 at 8:34 PM
2. When 50μm matters more than 50 voxels.
In our SELINE approach, we replaced traditional FLASH readouts with something more precise.
Why?
Because SELINE is sensitive to microvessels mostly existing at layer 4. Increased sensitivity is power.
#SELINE #MRIInnovation #Layer
In our SELINE approach, we replaced traditional FLASH readouts with something more precise.
Why?
Because SELINE is sensitive to microvessels mostly existing at layer 4. Increased sensitivity is power.
#SELINE #MRIInnovation #Layer
May 22, 2025 at 7:04 AM
2. When 50μm matters more than 50 voxels.
In our SELINE approach, we replaced traditional FLASH readouts with something more precise.
Why?
Because SELINE is sensitive to microvessels mostly existing at layer 4. Increased sensitivity is power.
#SELINE #MRIInnovation #Layer
In our SELINE approach, we replaced traditional FLASH readouts with something more precise.
Why?
Because SELINE is sensitive to microvessels mostly existing at layer 4. Increased sensitivity is power.
#SELINE #MRIInnovation #Layer
1. The next frontier in fMRI? Millisecond precision.
Line-scanning fMRI gives us layer-specific brain activity at sub-second resolution.
We’re not just seeing where activation happens—
We’re seeing how fast it unfolds, layer by layer.
#LineScanning #LaminarfMRI #Neuroimaging
Line-scanning fMRI gives us layer-specific brain activity at sub-second resolution.
We’re not just seeing where activation happens—
We’re seeing how fast it unfolds, layer by layer.
#LineScanning #LaminarfMRI #Neuroimaging
May 22, 2025 at 7:00 AM
1. The next frontier in fMRI? Millisecond precision.
Line-scanning fMRI gives us layer-specific brain activity at sub-second resolution.
We’re not just seeing where activation happens—
We’re seeing how fast it unfolds, layer by layer.
#LineScanning #LaminarfMRI #Neuroimaging
Line-scanning fMRI gives us layer-specific brain activity at sub-second resolution.
We’re not just seeing where activation happens—
We’re seeing how fast it unfolds, layer by layer.
#LineScanning #LaminarfMRI #Neuroimaging