Measured: 207 MB at 200; 1,438 MB at 2,000 steps.
LONG EEG. ANY HEADSET. ONE MODEL.
SAMBA
Learn from long EEG across different headsets.
01 / PLAYGROUND
Try the model.
Watch it change.
Move a slider. The visual updates beside it.
15,360 time steps
Compared with the tested 120 s setting.
Remove noise. Keep the EEG.
Illustration only. Move “Differential heads” to change noise amplitude; the underlying EEG stays fixed.
Measured → estimated
Measured: 0.28 ms at 200; 0.38 ms at 2,000 steps.
Solid lines use reported measurements. Dashed lines extend the trend; they are not new benchmarks. Paper ↗
02 / THE MODEL
Four steps.
One model.
Tap a step.
SELF-SUPERVISION
Hide EEG spans
Hide part of the signal, then rebuild it.
Learn the larger pattern.
03 / SPATIAL MAPPING
Any headset.
One pretraining space.
3D coordinates map each headset into the same space.
Peak: Fp1 · 36.1%
Coordinate-distance proxyILLUSTRATIVE W COLUMN
SIMULATION ONLY · NO CHECKPOINT WEIGHTS · REPOSITORY COORDINATES; MN8 IS SCHEMATIC.
REAL COORDINATESOpen montage files↗04 / RESULTS
What SAMBA
learns.
Pick a task to see where it focuses.

Eyes open / closed
Focuses on frontal signals linked to eye closure.
Hong, J., Mackellar, G., & Ghane, S. (2026). SAMBA: Toward an EEG Foundation Model via Differential Mamba and Coordinate-Driven Spatial Embedding. NeurReps 2026 Proceedings Track.