Systems Neuroscience Computing in Python: user-friendly analysis of large-scale electrophysiology data
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Mar 6, 2025 - Python
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systems-neuroscience
Here are 8 public repositories matching this topic...
modular framework for precise multisensory stimulus generation in systems neuroscience
python neuroscience virtual-reality psychophysics auditory-stimulation systems-neuroscience closed-loop-experiments visual-stimulation
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Sep 27, 2026 - Python
Computational analysis of neuronal ensembles and travelling waves in neural activity from the cerebral cortex of the fat-tailed dunnart
machine-learning computational-neuroscience network-analysis systems-neuroscience calcium-imaging-analysis
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May 23, 2023 - Jupyter Notebook
This repo contains the reorganised research codebase for LC-CA1 electrophysiology, behaviour, two-photon imaging, optogenetics, and computational modelling
python deep-learning matlab neuroscience computational-neuroscience electrophysiology image-segmentation behavior-analysis calcium-imaging hippocampus ca1 optogenetics dopamine systems-neuroscience neuromodulation two-photon-imaging norepinephrine locus-coeruleus
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Sep 8, 2026 - Python
MATLAB tools for analysis and visualization of neural data
matlab neuroscience electrophysiology neural-data-analysis neuroscience-methods systems-neuroscience electrophysiology-data
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Jan 12, 2017 - MATLAB
Jérôme Lecoq: OpenScope, systems neuroscience, large-scale neurophysiology, and open science.
neuroscience open-science neurophysiology systems-neuroscience profile-readme openscope neuropixels two-photon-imaging
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Jul 27, 2026
A computational neuroscience framework modeling Bipolar I disorder as a systems‑level breakdown in neural coherence. Includes Ψ function, operators, simulations, multimodal biomarkers, and full analysis pipelines for research and validation.
computational-neuroscience simulation-framework biomarkers eeg-fmri systems-neuroscience neural-dynamics bipolar-disorder multimodal-analysis python-research neural-coherence neuro-coherence-framework
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Aug 18, 2026 - Python
Julia implementation of a data-driven digital twin of macaque premotor cortex for virtual experiments on motor planning, inhibition, reaction time, and SSRT.
julia recurrent-neural-networks computational-neuroscience reservoir-computing digital-twin motor-control systems-neuroscience neural-dynamics virtual-experiments echo-state-net premotor-cortex motor-inhibition stop-signal-task multi-unit-activity
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Jul 17, 2026 - Julia
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