The Hyperscanning Python Pipeline
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Updated
Oct 4, 2026 - Python
The Hyperscanning Python Pipeline
Timeflux demos
Masters project. Our objective is to characterize a mapping of the neural substrates of social interaction using advanced signal processing and graph/information theory
Information-theoretic social neuroscience analyses, particularly for hyperscanning paradigms
Modular MATLAB toolbox for fNIRS analysis: import, preprocessing, hemoglobin conversion, QC, block/GLM modeling, group statistics (LME), connectivity & hyperscanning, and 3D visualization / diffuse optical tomography.
hyperSynch is a simple & cheap solution to synchronizing multiple EEG systems with each other AND video and audio while recording these data
Desktop tool for fNIRS hyperscanning analysis, enabling researchers to process experiment data, generate connectivity graphs, compute graph metrics, and export visual reports.
Active inference study of two-person collaborative drawing on shared digital surfaces — a React/Vite plus Socket.IO live drawing app over a typed Python core computing variational free energy, inter-brain synchrony and narrative entropy, with 39 figures, 128 tests at 97% coverage and a Zenodo-archived manuscript.
The collaborative 3-person Pictionary task is a multi-player version of the Pictionary game [1]. The goal of the task is to draw a verb independently and collectively for others to guess. Nine verbs were drawn over three runs. The drawing of each verb can be split into three phases: independent phase (two blocks), evaluation phase (one block), a…
This game was designed to allow the data collection of a hyperscanning experiment via videoconference between two children.
A reproducible Python toolkit for intra-brain and inter-brain fNIRS hyperscanning connectivity and graph analysis.
[MICCAI 22 / MLCN 22] Interpersonal neural synchrony based ASD prediction
Multimodal data pipeline (Python/Java/MATLAB/R) for fNIRS hyperscanning in Minecraft, analysing prefrontal brain-to-brain synchrony and behavioural coordination during group hunting. (bioRxiv, 2026)
repository accompanies the paper "Interacting brains revisited: A cross-brain network neuroscience perspective"
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