• Parameter optimization of evoked potentials will allow users to specify a set of parameters that can be automatically optimized to fit recorded data.
  • Integration with the Neuroscience Gateway Portal will allow users to run simulations directly on the web to avoid downloading and installing the software and to reduce simulation run-times.
  • Biophysically-principled estimation of local field potential signals in different cortical layers
  • Integration with MNE-Python inverse solution package will enable estimation of the location, timecourse, and circuit mechanisms underlying signal generation all in one easy-to-use software
  • MNE-Python will soon enable source localization of ECoG signals, expanding the utility of HNN to subdural recordings
  • Dynamic interaction of primary current sources in multiple cortical areas and thalamic nuclei.


Tour of the GUI
Evoked Potentials
Alpha and Beta
Starting with Your Data
Stephanie Jones
Principal Investigator
Sam Neymotin
Research Scientist
Dylan Daniels
Research Technician
Blake Caldwell
Carmen Kohl