Most of our analysis is done in Matlab. We share our code and special-purpose packages via GitHub.  The full list is available at https://github.com/klabhub:

• EFMouse -  A toolbox to model electric fields in the mouse brain.

• ArtSim - A toolbox to simulate and help understand electrical artifacts generated by tACS and tDCS.

• kStats - A toolbox for linear mixed effects models.

• BayesFactor - a Matlab Package for Bayes Factor statistical analysis.

• mslurm - a Matlab package to simplify submitting jobs to a SLURM high performance computing cluster.

• Neurostim  - A Matlab package that, together with the Psychophysics Toolbox, helps to design and run visual neuroscience experiments. 

• V1Model - A Matlab-based model of a recurrent network that captures many salient properties of  the dynamic response of primary visual cortex, including, surprisingly, short-term adaptation.

The laboratory maintains several setups for behavioral experiments including devices for eye tracking, high-density EEG, and  transcranial current stimulation, for use inside and outside a fMRI scanner. We are willing to share these devices or collaborate on joint projects. 

• EGI/Philips 256 Channel EEG with Pohotogrammetry and Transcranial Current Stimulation

• Rogue Research BrainSight Neuronavigation 

• Eyelink Eye Trackers

We are sharing data and analysis code via the  OSF.
A full list is available here:  Open Science Framework. 

Example projects:

•  V1 Recurrent Network Model - Investigating the role of recurrent network connectivity in a model of primary visual cortex.

• Functional Connectivity in Multiple Sclerosis - This project investigates whether EEG based functional connectivity measures can provide novel insight into the underlying neural deficits in multiple sclerosis.

• Steady State Visual Evoked Potentials in Schizophrenia - This project reviewed the literature on SSVEPs in Schizophrenia. 

• Predicting Spiking Activity from Scalp EEG  - This project develops tools to predict intracranial spiking activity from scalp recordings.

• Preemptive Gain Control in Primary Visual Cortex  - Investigating how visual cortex prepares for upcoming inputs and a new look at saccadic suppression.