Check out our work on unraveling how cortical circuits develop. This was facilitated by organic bioelectronics. A transient postnatal quiescent period precedes emergence of mature cortical dynamics

Ion-gated transistors operating in enhancement mode can detect individual action potentials of neurons and perform real-time neural signal processing. @dk2955 @claudiacea8 @GDSpyropoulos https://t.co/RRLtRB5I5i

Ion-gated transistors operating in enhancement mode can detect individual action potentials of neurons and perform real-time neural signal processing. @dk2955 @NeuroE_C @claudiacea8 @GDSpyropoulos @NatureMaterials @CUSEAS

Charting the Structure of Neuroscience | Elsevier Enhanced Reader https://t.co/lmKQFvXK51

Spin coating epitaxial films https://t.co/N6D8nfEhRt

We maintained mobile ions in our polymer transistor’s channel, resulting in soft, fast and individually addressable building blocks for integrated bioelectronics. In fact, soft enough to cozy up to orchid petals! Check it out: https://t.co/5WjkfQD6mP

Columbia researchers develop novel ion-driven transistor that enables real-time sensing and processing of body signals, a major building block for integrated #bioelectronics. https://t.co/TC66BdyIln @ColumbiaScience @EE_ColumbiaSEAS @ScienceAdvances

Great talk by Gilles Laurent at Columbia hosted by the BioSci Department yesterday. Lab members particularly fascinated with the very sophisticated work on the motor functions underlying the camouflage abilities of cuttlefish.

Congratulations to our own Patricia Jastrzebska-Perfect for winning the best student talk at MRS – Fall 2018

This is the official Twitter account of Columbia's Translational NeuroElectronics (Dion Khodagholy) and Epilepsy and Cognition (Jennifer Gelinas) laboratories. Stay tuned for research updates and discussions!