Tarkesh Singh

@tarkeshsingh.bsky.social

Sensorimotor neuroscientist! 🇮🇳 ➡️🇸🇬 ➡️ 🇺🇸

The footsteps illusion-like pausing and sticking illusion The rectangles in the upper half appear to move to the right and stop periodically; however, they are moving to the right at a constant speed in the same way as the rectangles in the lower half.

@kinarm.bsky.social Lab + eye-tracking users: We’ve developed a Python toolbox to import.kinarm files, preprocess eye-tracking data (remove blinks and gaze artifacts), manually classify gaze events, and export all trial-level data/channels to.csv for further analysis. DM me if you’d like to try it!

@kinarm.bsky.social Lab + eye-tracking users: We’ve developed a Python toolbox to import.kinarm files, preprocess eye-tracking data (remove blinks and gaze artifacts), manually classify gaze events, and export all trial-level data/channels to.csv for further analysis. DM me if you’d like to try it!

📣 Postdoc in Human Neurophysiology & Neurorehab 📣 The Real-Time NeuroRehabilitation Lab at the U of Iowa is hiring a Postdoctoral Research Scholar! Motor control, EEG/TMS, neurorehabilitation, and real-time multimodal methods. 📅 Summer/Fall 2026 📧 sara-hussain@uiowa.edu Please share!

New preprint! 🧵🧪🧠 doi.org/10.64898/202... Upshot: somatosensory cortex contains both feedback *and* intended movement signals (a.k.a. corollary discharge). These two signals exist orthogonally in neural space, flexibly allowing both fast state estimation and external perturbation detection. 1/

Neural trajectory plot showing neural activity moving through orthogonal corollary discharge and feedback signal subspaces