Maxime Chamberland
@maxchamb.bsky.social
Assistant Professor at TU Eindhoven
Scientific Data Visualization | Diffusion MRI Tractography | chamberm.github.io | @tractography.bsky.social
Scientific Data Visualization | Diffusion MRI Tractography | chamberm.github.io | @tractography.bsky.social
Geometry-driven deformation produces short-range U-fibers around the central sulcus; with realistic curvature and organization; again without any diffusion data.
This suggests cortical folding provides a powerful anatomical prior for white-matter organization and tractography.
This suggests cortical folding provides a powerful anatomical prior for white-matter organization and tractography.
December 17, 2025 at 1:48 AM
Geometry-driven deformation produces short-range U-fibers around the central sulcus; with realistic curvature and organization; again without any diffusion data.
This suggests cortical folding provides a powerful anatomical prior for white-matter organization and tractography.
This suggests cortical folding provides a powerful anatomical prior for white-matter organization and tractography.
How does this work?
Starting from a smooth, fetal-like cortex, we place simple radial fibers — then let cortical folding simulation do the rest.
Starting from a smooth, fetal-like cortex, we place simple radial fibers — then let cortical folding simulation do the rest.
December 17, 2025 at 1:48 AM
How does this work?
Starting from a smooth, fetal-like cortex, we place simple radial fibers — then let cortical folding simulation do the rest.
Starting from a smooth, fetal-like cortex, we place simple radial fibers — then let cortical folding simulation do the rest.
🧠New preprint!
What if cortical geometry alone already encodes much of white-matter organization?
We introduce a subject-specific, reversible cortical folding model that unfolds and refolds the brain from a single T1w MRI; no diffusion, no ML.
www.biorxiv.org/content/10.6...
What if cortical geometry alone already encodes much of white-matter organization?
We introduce a subject-specific, reversible cortical folding model that unfolds and refolds the brain from a single T1w MRI; no diffusion, no ML.
www.biorxiv.org/content/10.6...
December 17, 2025 at 1:48 AM
🧠New preprint!
What if cortical geometry alone already encodes much of white-matter organization?
We introduce a subject-specific, reversible cortical folding model that unfolds and refolds the brain from a single T1w MRI; no diffusion, no ML.
www.biorxiv.org/content/10.6...
What if cortical geometry alone already encodes much of white-matter organization?
We introduce a subject-specific, reversible cortical folding model that unfolds and refolds the brain from a single T1w MRI; no diffusion, no ML.
www.biorxiv.org/content/10.6...
🧠 VIBRANT — Real-Time Cinematic #Tractography in your browser! Rust + WebGPU tool for ray-traced, soft-shadowed, brain tractograms (+ supports transparency).
Demo: as-the-crow-flies.github.io/vibrant-trac...
Preprint: arxiv.org/pdf/2510.09081
Code: github.com/as-the-crow-...
#Visualization
Demo: as-the-crow-flies.github.io/vibrant-trac...
Preprint: arxiv.org/pdf/2510.09081
Code: github.com/as-the-crow-...
#Visualization
October 14, 2025 at 5:00 AM
🧠 VIBRANT — Real-Time Cinematic #Tractography in your browser! Rust + WebGPU tool for ray-traced, soft-shadowed, brain tractograms (+ supports transparency).
Demo: as-the-crow-flies.github.io/vibrant-trac...
Preprint: arxiv.org/pdf/2510.09081
Code: github.com/as-the-crow-...
#Visualization
Demo: as-the-crow-flies.github.io/vibrant-trac...
Preprint: arxiv.org/pdf/2510.09081
Code: github.com/as-the-crow-...
#Visualization